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HomeMy WebLinkAboutCOMPLIANCE CERTIFICATECNJ/Generated by REScheck-Web Software Compliance Certificate RECEIVED MAY 99 20 99 Project Pisani Garage Conversion ST. Lucie county, Permitting Energy Code: Location: Construction Type: Project Type: Climate Zone: Permit Date: Permit Number: construction Site: 154 SE Calmoso Dr Port St Lucie, FI 34983 2009 IECC Port Saint Lucie, Florida Single-family Alteration 2 (307 HDD) Owner/Agent: Designer/Contractor: Compliance: Passes Compliance: 9.10/6 Better Than Code Maximum UA: 88 Your UA: 80 The % Better or Worse Than Code Index reflects how close to compliance the house is based an code tradeoff mim It DOES NOT provide an estimate of energy use or cost relative to a minimum -code home. Envelope Assemblies Ceiling: Flat Ceiling or Scissor Truss -- `- Exemption: Framing cavity not exposed. Wall: Wood Frame, 16" o.c. Exemption: Framing cavity not exposed. Floor: Slab -On -Grade (Unheated) 70 0.0 1.041 73 Insulation depth: 0.3' Window: Vinyl Frame 9 0.340 3 SHGC: 0.20 Door. Solid Door (under 50% glazing) 14 0.250 4 Compliance Statement., The proposed building design described here is consistent with the building plans, specifications, and other calculations submitted with the permit application. The proposed building has been designed to meet the 2009 IECC requirements in REScheck Version : REScheck-Web and to comply with the mandato equirements listed in the REScheck Inspection Checklist. A•vo.iZ�RI �', �i�/JNi �-`'✓ Name - Title Signature Date Project Title: Pisani Garage Conversion Report date: US/u4/i9 Data filename: Page 1 of 8 Split System Submittal Data System: EURKUA Indoor: CS-E12RKUAW Job Name: Location: Engineer:_ Submitted Submitted Reference: General - Power(V/P/Hzl 230/208/1/60 Circuit Am-acit.(A) 15 Fuse Size, Max.(A) 15 Compressor DC Twin Rotary Ilnverterl No. Used 1 Motor Type (No. ofpoles) _ DC Brushless (4 oLes) Output Power IW) Outdoor Unit Fan lype 700 Propeller No.,S eeds Variablespeed Type Drive Direct/DC Brushless Motor No. Poles (RPM] B-830 No. Motors (WI 1-40 CFM (His eedl 1100 Coil Type Aluminum Fin and Copper Pipe Fin Type - Pipe Type Coated Corrugated fin - Inner Rifled Rows xstage x F.P.I. 2x24x 17 Size (W x H x LI 1-13/32 x 19-13/16 x 28-1/16 Tub_ e Size (in.1 Indoor Unit Fan Type 1 9/32 Cross Flow Motor Type, No. of Potes DC Brushless, 8 poles No. S eeds Variablespeed RPM (Coot/ Heat), High 1,350 / 1,450 No. Motors [Wl 1-47 CFM (Olo/Lo/Me/Hi/SHiI Cooling 211/274/361/45DA99 CFM WIo/Lo/Me/Hi/SHiI Heating 331/370/438/505/532 Operating Sound-Hi/Me/Lo/dB-A (Cool) 43/28/20 Operating Sound-Hi/Me/Lo/dB-A (Heat] 44/35/32 CoRTy e _ Aluminum Plate Fin & CopperTube Fin Type - Pipe Type Coated Slit Plate - Inner Rifled Row stage x FPl 2x 15 x21 Size 1 x 12-13/32 x 24 Tube Size (in.) 9/32" Drain Connection Size [in.) 3/4" Refrigerant R410A Oz. - R410a (outdoor unit) 38.1 .Refrigerant Control. Electronic Expansion Valve Refrigerant Tubing Connections Flare Outdoor: CU-E12RKU RECEIVEb MAY 2 9 2019 Approval: , Date: Construction: Unit#: Drawing#: Line Len th. Max (ft.) 65.6 _ Elevation Difference, Max (ft.) 49.2 Line Size (in. O.D. Discharge] 1/4" _ Line Size (in. O.D. Suction) 1/2" Pre -charge, tubing length at shipment 24.6' Dimensions(HxWxDI Indoor Unit (Crated) (in.) 14-3/16 x 37-13/16 x 9-29/32 Indoor Unit (Uncrated) (in.) 11-7/16 x 34-9/32 x 8-7/16 Outdoor Unit [Crated) fin.) 23-15/32 x 36-9/32 x 16-13/32 _ Outdoor Unit (Uncrated) (in.) 21-9/32 x 30-23/32 x 11-13/32 Weight (tbs.) (Indoor] Net 2olb [Indoor) Shipping _ 22Ib _ (Outdoor) Net 8211b (Outdoor) 5hi in 901b Performance Data ra ARI Standard Cooling Conditions Total Capacity (BTU/H) 11,500 (4,100713,3001 Sensible Capacity [BTU/HI 10,780 Latent Capacity [BTU/HI 720 SEER 22.5 Dehumidification (Pints/H) 1.7 Amps (A) 4.2 Power Inputs (W] - 920 Outdoor Sound Ratin (dB -AI 48 Heating Total Capacity [BTU/Hl 13.800 (41,00-16,3001 HSPF _ 11 Amps (A) 5.6 -Power In uts.IWI _ - 1250 Outdoor Sounds Rating [dB -A) 49 Panasonic Features Controls Microprocessor Remote Controller LCD Wireless Type included as standard Wired Remote Controller Optional CZ-RD516C-1 Temperature Control IC Thermistor Timer Single Event Dail ON/OFF TIMER Quiet mode - - Included'High Power mode Included Air Louver, Horizontal Manual Air Louver, Vertical Automatic, Sweep, Ste Power Failure Automatic Restart Built -In Heating/Cooling Automatic Changeover Built -In Self -Diagnosis Built -In Air Filter Washable, One -touch Operating Cooling Range [Max) Indoor Air Intake Temp 89.6F DB/73.4F WB Outdoor Air Intake Temp 1 114.8F DB Coolin (Min) 60.8F DB/51.8F WB OF DB Heating(Max) 86.OF DB - 75.2F DB/64.4F WB Heatin (Min) 60.8D8 -4.OF DB/-5.BF WB Panasonic North America Air Conditioning Division 1690 Roberts Blvd., NW, Suite 110 ° Kennesaw, GA 30144 ust panasorkxom/aircon 6/172019 EMS Calculator .y EMS HVAC Load Calculator RECEIVED www.hvacloadcalculator.com JUN 1 S 20t9 Date: Mon Jun 17 2019 Loaded Document: Welcom - andrewpisani 2O:35pm FsT.Lucie County, ferMjtt41� Company Info Client Information Company Name Andrew Pisani Preparer Andrew Pisani Addresst 154 SE Calmoso Dr Phone i (772) 301-3486 Address2 portPDrt St Lucie, Fl. Email r andrewpisaniCahotmail.com Address3 �— j 34983 _ Phone - -- (M) 301-3486 i Email I andrewpimni@hotmaii.com Date F 17-Jun-2019 This HVAC load calculation has been performed using round engineering principles as prescribed byManual J eighth edition and ASHRAE Handbook of Fundamentals. Duct siring has been performed as prescribed by Manual D. 1. Design Conditions(Temp. F) Check If Using Celcius _ INDOOR OUTDOOR TEMP DIFF WINTER 74 7B -4 SUMMER 74 95 21 2. Summer Humidity Moderately rately Humid �� 40 Grains Difference 3. How Tight is Structure Not tight -under 1500 Sq. Ft. Front of Building is Facing North Total Conditioned Area 268 I Sq.Ft Winter Air/Changes/Hr. I' 2 Summer 1 4. Fireplace Evaluation https://ems-residential.hvarloadcalcLilator.comlapp/W 1/9 6/17/2019 Number' Evaluation none _ _ • Tight S. Number of Occupants generally equals number of bedrooms + 1 Overhang Characteristics ewnro �—o L EMS Calculator CFM 4 Enter all measurements decimally 1'=.1 7'=.6 2'=2 S'=.7 s❑ s❑ 3'=.3 ® ■ , 4'=.3 10: 10' =.8 5'=.4 11'=_9 6'=5 E•ample-2 a. a In. = 2.7 ft TpalMmhroesuipdWrtlen•llh _ EAST WEST S/SE/SW N/NE/NW Distance of OH from top of window (A) 0 0 0 — —� ` 12 Length of overhang (B) l 0 — rr0 lr 0 24 � Total linear ft. across top of windows located below overhang Solar GainThrough Glass © Check this box if using manufacturer specifications and enter the latitude, U-value and SHGC Latitude 27 U-Value ( 34 SHGC Facing Area(sq ft) hype Glass HTM Unshaded 2 Shaded BTUH North or Shaded 14 —� 11.37 0 14 159 NE/NW South SE/SW L0 East F0-- West Does glass have reflective coating? Skylight : p — -- lu 11.95 0 20s7 D j 26.42 0 26.42 0 No 1 -- —_ 0 .l 46.10 0 0 0 0 0 0 0 0 0 0 0 159 0 Total Solar Gain 159 https-l/ems-msidential.hvacloadcalculatorcom/app)#/ 2/9 6n7/2019 f t{ EMS Calculator DUCTS OR PIPES Location(Heating) r Conditioned area Duct 0.00 — --- - - ---- Loss Location(Cooling) Conditioned area ; Duct 0.00 — J Gain Duct/Pipe Insulation Duct Leakage V•i Area of Attic or Floor Where Duct U is Located -- Attic Temperature(If ducts located in attic) Load Calculation Elements of Load Area or Lin. Ft Insulation/R-value U- Heat Loss Heat Gain Btuh Latent - Value Btuh Btuh Solar Gain from Glass 159 Gross Wall -- 552 Glass 1 14 Triple/Low-E . 0.42 -24 Skylight 0 0.00 0 Doors 0.40 -34 176 ` 21 Insulated or S� J� Net Wall 517 R-13 , 0.09 -186 977 Ceiling -- R-28, 0.03 -38 -- 422 -_ 276 Floor Over Crawl or Unheated 0 L 0.00 0 0 Basement -- ----- Open -Beach House Above 0.00 0 0 ! —� , j Carport • Slab On Grade - enter- r No Insulation 0.80 -112 0 35 linear ft — . Infiltration -Enter cubit-ft of -324 850 ! 2208 — building People 920 800 Appliances Enter n Value —J Sub Total -717 3,505 Duct Loss/Gain 0 0 99 https:llems-residential.hvacloadcalculator mmlapp/#/ 3/9 6/17/2019 SUMMARY EMS Calculator Total Sensible Load -717 Latent Load Total Latent Load 3,505 1,001 1,900 Heating Load Sensible Cooling Latent Cooling Total Cooling Load -Nominal Tons -717 3,505 1,900 5,405 0.39 OUTDOOR AIR FLOW RATE 32.68 • 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 SIT ratio at the chosen outdoor design temperature. Summary Including Basement Heating Load Sensible Cooling Latent Cooling Total Cooling Load Nominal Tons -717 3,505 1,900 5,405 0.39 Whole House (Block Load) Completed Scroll to top For Additional Options Solar Gain Through Glass ❑ Check if Using Manufacturer specs Latitude i U-Value I- SHGC Facing Area(sq It) Type Glass HTM BTUH North or Shaded 0 0.00 0 , i L_ - I - -- — - _ - NE/NW (-- 0.00 0 South 0 , 0.00 0 SE/SW I 0 0.00 0 East 0 — -_ - -- ,, 0.00 0 West 50 .� 0.00 0 I Does glass have reflective coating? _ �' No _ 0 Total Solar Gain 0 https://ems-res7idenbal.hvacloadcalculator.com/app/#`/ 419