Loading...
647 Parkside Ct - -7,9. I iJ Use BLUE or BLACK Ink- r---- t For Office Use ( City of Eap i Permit F) 1 I Permit Fee: _ qq-V1U( I ~y ~3 3830 Pilot Knob Road I `4 1 Eagan MN 55122 I Date Received: ' t Phone: (651) 675-5675 I I Fax: (651) 675-5694 I Staff: i t o4~ 2012 RESIDENTIAL BUILDING PERMIT APPLICATION Date: Site Address: G20 Unit Name: BI/-arid Phone: " I tJ~2 ~`V 7i~ ~ RESIDENT / OWNER Address/City/Zip: ~ r ~ ,67,,56 Applicant is: Owner ✓ Contractor TYPE OF WORK Description of work: Ismg 1 t F4ni l l Construction Cost:'-# 000 Multi-Family Building: (Yes / No~ Company:: fC~~V~C..l1G! / ~'lG"i ~~p(i tkMe j Contact:AM"C~ a)Aee e-r CONTRACTOR Address:: 4 `j` 5 el-f1 Dyt lid City:: State: A !"~'y Zip:',/} Phone: - G~oZ License C)4,3 6 7 Lead Certificate #:P 0 0(,05~~ If the projects is exempt from lead certification, please explain why: (see Page 3 for additional information) COMPLETE THIS AREA ONLY IF CONSTRUCTING A NEW BUILDING In the last 12 months, has the City of Eagan issued a permit for a similar plan based on a master plan? _Yes XNo If yes, date and address of master plan: Licensed Plumber. Nor h 0ti U' Pl u-m b (n Gl Phone:g -7 ^ 46-- 7 5q Mechanical Contractor: BuDr}')S Vi ~~e Lg ol °1- ;A-"(!, Phone:15-25 - 9004f -L Sewer & Water Contractor: (l I `gr 6 C(c y,,i- l Phone: u1 a -.*719 - R 6-41 0 NOTE. Plans and supporting documents that you submit are considered to be public information. Portions of the information may be classified as non-public if you provide specific reasons that would permit the City to conclude that they are, trade secrets. CALL BEFORE YOU DIG. Call Gopher State One Call at (651) 454-0002 for protection against underground utility damage. Call 48 hours before you intend to dig to receive locates of underground utilities. www.gopherstateonecall.org I hereby acknowledge that this information is complete and accurate; that the work will be in conformance with the ordinances and codes of the City of Eagan; that I understand this is not a permit, but only an application for a permit, and work is not to start without a permit; that the work will be in accordance with the approved plan in the case of work which requires a review and approval of plans. Exterior work authorized by a building permit issued in accordance with the Minnesota State Building Code must be completed within 180 days of permit issuance. 7 licant's Printed Name App c t' Signature Page 1 of 3 DO NOT WRITE BELOW THIS LINE SUB TYPES _ Foundation _ Fireplace _ Porch (3-Season) _ Storm Damage Single Family _ Garage Porch (4-Season) _ Exterior Alteration (Single Family) _ Multi _ Deck _ Porch (Screen/Gazebo/Pergola) _ Exterior Alteration (Multi) _ 01 of Plex Lower Level Pool _ Miscellaneous Accessory Building WORK TYPES New _ Interior Improvement _ Siding _ Demolish Building* Addition _ Move Building _ Reroof _ Demolish Interior _ Alteration _ Fire Repair _ Windows _ Demolish Foundation Replace _ Repair _ Egress Window _ Water Damage Retaining Wall *Demolition of entire building - give PCA handout to applicant DESCRIPTION Valuation W-A I ~ & Occupancy , MCES System Plan Review Code Edition SAC Units (25%_ 100%-;K-) Zoning City Water Census Code Stories Booster Pump # of Units Square Feet PRV # of Buildings Length j Fire Sprinklers Type of Construction Width REQUIRED INSPECTIONS Footings (New Building) Meter Size: Footings (Deck) _)iZ Final / C.O. Required Footings (Addition) Final / No C.O. Required Foundation HVAC _ Gas Service Test Gas Line Air Test Drain Tile Other: Roof: -Ice & Water -Final Pool: -Footings -Air/Gas Tests -Final Framing Siding: -Stucco Lath Stone La -Brick Rough In Air Test Final Windows Fireplace: X_ _F Insulation Retaining Wall: _ Footings _ Backfill _ Final Sheathing Radon Control Sheetrock Erosion Control Reviewed By: , Building Inspector RESIDENTIAL FEES r 1 Base Fee & F J Surcharge / V Plan Review G~ P F MCES SAC jY1A t ' City SAC' Utility Connection Charge y l 1 ° a S&W Permit & Surcharge Treatment Plant ~t 0.1 Copies TOTAL t° 1t Pa 2of3* ei New Construction Energy Code Compliance Certificate Pei N1101.8 Building Certificate. A building certificate shall be posted in a permanently visible location inside Date Certificate Posted the building. The certificate shall be completed by the builder and shall list information and values of components listed in Table N1101.8. Mailing Address of the Dwelling or Dwelling Unit city 647 Parkside Ct Eagan Name of Residential Contractor MN License Number Brand) Anderson Homes BC604388 THERMAL ENVELOPE RADON SYSTEM Type: Check All That Apply X Passive (No Fan) o ar A 2 Active (TTith fan and monometer or other system monitoring device) U L b O 7 U Insulation Location z v p -a w o 7a 46 z = N 9 ~ 0 r2 ii w ° ° a! cG Other Please Describe Here H z Below Entire Slab X Foundation Wall 101 X Interior Perimeter of Slab on Grade X Him Joist (Foundation) 10 X Exterior Rim Joist (1't Floor+) 10 X Exterior Wall 19&5 X X Ceiling, flat 44 X Ceiling, vaulted 44 X Bay Windows or cantilevered areas 38 X Bonus room over garage 38 X Describe other insulated areas Windows & Doors Heating or Cooling Ducts Outside Conditioned Spaces Average U-Factor (excludes skylights and one door) U: 0.30 X Not applicable, all ducts located in conditioned space Solar Heat Gain Coefficient (SHGC): 0.20 R-value R-8 in garage area MECHANICAL SYSTEMS Make-up Air Select a Type Appliances Heating System Domestic Water Heater Cooling System X Not required per mech. code Fuel Type Gas Gas R-41 OA Passive Manufacturer Bryant Rheem Bryant Powered Interlocked with exhaust device. Model 912SB3006OS14 43VP5OE2 CA13024 Describe: Input in 60,000 Capacity in 50 Output m 2 Other, describe: Rating or Size B H JS Gallons Tons: Heat Loss: 47,865 Heat 14,006 Location of duct or system: Structure's Calculated Gain: AFUE or 92% SEER: 13 HSPF% Calculated 18,052 Efficiency cooling load - 11 " round duct OR Mechanical Ventilation System " metal duct Describe any additional or combined beating or cooling systems if installed: (e.g. two furnaces or air Combustion Air Select a Type source heat pump with gas back-up furnace): Not required per mech. code Select Type X Passive Heat Recover Ventilator (HRV) Capacity in cfms Low: High: Other, describe: Energy Recover Ventilator (ERV) Capacity in cfms Low: High: Location of duct or system: x Continuous exhausting fan(s) rated capacity in cfins: 110 Basement Location of fan(s), describe: Main Bath Cfm's Capacity continuous ventilation rate in elms: 110 6" " round duct OR Flex Total ventilation (intermittent + continuous) rate in cfins: 190 "metal duct Created by BAM version 052009 i i 647 Parkside Ct HVAC Load Calculations for Brandl Anderson Homes ~ I 1 ftSIDEXAI'TYAL, RHVACIWAC LoAD9 i Prepared By: i Alan Dobson Burnsville Heating & A/C Inc. 3451w Burnsville Pkwy, Suite 120 Bumsville,MN 55337 952-894-0005 I Thursday, April 25, 2013 E Rhvac is an ACCA approved Manual J and Manual D computer program. Calculations are performed per ACCA Manual J 8th Edition, Version 2, and ACCA Manual D. I Rhvac - Residential & Light Commercial HVAC Loads Elite Software Development, Inc Burnsville Heating & A/C Inc 647 Parkside Ct j Burnsville, MN 55337 _ Page 2 Project Report General Project Information Project Title: 647 Parkside Ct Designed By: Alan Dobson Project Date: Thursday, April 25, 2013 Project Comment: Client Name: Brandl Anderson Homes Company Name: Burnsville Heating & A/C Inc. Company Representative: Alan Dobson Company Address: 3451w Burnsville Pkwy, Suite 120 Company City: Bumsville,MN 55337 Company Phone: 952-894-0005 t Company Fax: 952-894-0925 Company Comment: i I . data - Reference City: Minneapolis, Minnesota vw Building Orientation: Front door faces West Daily Temperature Range: Medium Latitude: 44 Degrees Elevation: 834 ft. Altitude Factor: 0.970 Elevation Sensible Adj. Factor. 1.000 Elevation Total Adj. Factor. 1.000 Elevation Heating Adj. Factor: 1.000 Elevation Heating Adj. Factor: 1.000 i Outdoor Outdoor Outdoor Indoor Indoor Grains Dry Bulb Wet Bulb Rel.Hum Rel.Hum Dry Bulb Difference Winter: -15 -15.33 80% n/a 72 n/a Summer: 88 73 50% 50% 75 35 Check Figures._ - ; Total Building Supply CFM: 591 CFM Per Square ft.: 0.175 Square ft. of Room Area: 3,375 Square ft. Per Ton: 2,244 Volume (W) of Cond. Space: 32,139 B€tng Loads ; ; Total Heating Required Including Ventilation Air: 47,865 Btuh 47.865 MBH { Total Sensible Gain: 14,006 Btuh 78 % Total Latent Gain: 4,046 Btuh 22 % Total Cooling Required Including Ventilation Air: 18,052 Btuh 1.50 Tons (Based On Sensible + Latent) - Notes I Rhvac is an ACCA approved Manual J and Manual D computer program. Calculations are performed per ACCA Manual J 8th Edition, Version 2, and ACCA Manual D. All computed results are estimates as building use and weather may vary. Be sure to select a unit that meets both sensible and latent loads according to the manufacturer's performance data at your design conditions. i \\SBS2011\RedirectedFolders ...\Brandl Monterey 2487135th ct.rhv Thursday, April 25, 2013,10:32 AM Rhvac -Residential & Light Commercial HVAC Loads Elite Software Development, Inc. e Burnsville Heating & A/C Inc 647 Parkside Ct Burnsville, MN 55337 Pa-,-e 3 Miscellaneous Report - _ - - - - System 1 Main Floor outdoor Outdoor Outdoor Indoor Indoor Grains; Input Data Dry Bulb Wet Bulb Rel_Hum Rel.Hum Dry Bulb Difference Winter: -15 -15.33 80% n/a 72 n/a Summer: 88 73 50% 50°l0 75 35.17 Duct ng nputs Main Trunk Runouts Calculate: Yes Yes Use Schedule: No No Roughness Factor: 0.00300 0.01000 Pressure Drop: 0.1000 in.wg./100 ft. 0.1000 in.wg./100 ft. Minimum Velocity: 650 ft./min 450 ft./min Maximum Velocity: 900 ft./min 750 ft./min Minimum Height: 0 in. 0 in. Maximum Height: 0 in. 0 in. Outside Air Data Winter Summer Infiltration Specified: 0.370 AC/hr 0.190 AC/hr 135 CFM 69 CFM - Infiltration Actual: 0.249 AC/hr 0.000 AC/hr Above Grade Volume: X 21.933 Cu.ft. X 21,933 Cu.ft. 5,464 Cu.ft./hr 0 Cu.ft./hr X 0.0167 X 0.0167 Total Building Infiltration: 91 CFM 0 CFM Total Building Ventilation: 100 CFM 100 CFM ---System 1--- Infiltration & Ventilation Sensible Gain Multiplier: 13.87 = (1.10 X 0.970 X 13.00 Summer Temp. Difference) Infiltration & Ventilation Latent Gain Multiplier: 23.20 = (0.68 X 0.970 X 35.17 Grains Difference) Infiltration & Ventilation Sensible Loss Multiplier: 92.85 = (1.10 X 0.970 X 87.00 Winter Temp. Difference) Winter Infiltration Specified: 0.370 AC/hr (135 CFM), Construction: Average Summer Infiltration Specified: 0.190 AC/hr (69 CFM), Construction: Average Duct Load Factor Scenarios for System 1 Attic Duct Duct Surface From No. Type Descri ion Location Ceiling Leaka e Insulation Area MDD 1 Supply Main Attic 1613 0.12 6 150 No 1 Return Main Attic 16B 0.24 6 56 No \\SBS2011\RedirectedFolders ...\Brandl Monterey 2487 135th ct.rhv Thursday, April 25, 2013, 10:32 AM Rhvac - Residential & Light Commercial HVAC Loads Elite Software Development, Inc. j Burnsville Heating & A/C Inc 647 Parkside Ct a Burnsville MN 55337 _ Page 11 j Total Building Summary Loads _ Component Area Sen Lat Sen T--ota( Description C'Quan Loss Gain Gain Gain hbt Glazing-hbt, ground reflectance = 0.23, u-value 0.3, 58 1,515 0 1,332 1,332 SHGC 0.22 hbt: Glazing-hbt ground reflectance = 0.23, u-value 0.3, 71.6 1,869 - 0 1,762 -1,762 SHGC 0.2 hbt: Glazing-hbt, ground reflectance = 0.23, u-value 0.27, 68 1,598 0 1,646 1,646 SHGC 0.2 hbt: Door-hbt 20:4 266 0 73 73 hbt: Door-hbt 19 232 0 64 64 12E-5sw: Wall-Frame, R-19 insulation in 2 x 6 stud 1819 8,230 0 1,012 1,012 cavity, R-5 board insulation, siding finish, wood studs 15BO-10sf-8: Wall-Basement, , R-10 board insulation to 950.2 4,134 0 0 0 floor, no interior finish, 8' floor depth RJ: Wall-Frame, Custom, RJ 165.8 1,442 0 366 366 16B-44-ad: Roof/Ceiling-Under Attic with Insulation on 1687.7 3,230. 0 1,782 1,782 Attic Floor (also use for Knee Walls and Partition Ceilings), vented attic, no radiant barrier, R-44 insulation, dark asphalt 21A-32-v: Floor-Basement, Concrete slab, any thickness, 1686.8 2,935 0 0 0 2 or more feet below grade, no insulation below floor, vin covenn shortest side of floor slab is 32' wide Subtotals for structure: 25,451 0 8,037 8,037 People: 4 920 1,200 2,120 Equipment: 400 1,200 1,600 Lighting: 0 0 0 Ductwork: 4,673 406 2,182 2,587 Infiltration: Winter CFM: 91, Summer CFM: 0 8,456 0 - 0 0 Ventilation: Winter CFM: 1001 Summer CFM: 100 _ 91285__ 2,320 1,387^ 3,708 Total Building Load Totals: 47,865 4,046 14,006 18,052 , Check Fioures Total Building Supply CFM: 591 CFM Per Square ft.: 0.175 Square ft. of Room Area: 3,375. Square ft. Per Ton: 2,244 Volume (W) of Cond. Space: 32,139 Buildi i-ig Loads _ Total Heating Required Including Ventilation Air: 47,865 Bath - 47.865 MBH Total Sensible Gain: 14,006 Btuh 78 % Total Latent Gain: 4,046 Btuh 22 % Total Cooling Required Including Ventilation Air: 18,052 Btuh 1.50 Tons (Based On Sensible + Latent) Notes Rhvac is an ACCA approved Manual J and Manual D computer program. Calculations are performed per ACCA Manual J 8th Edition, Version 2, and ACCA Manual D. All computed results are estimates as building use and weather may vary. Be sure to select a unit that meets both sensible and latent loads according to the manufacturer's performance data at your design conditions. 3 4 ASBS2011\RedirectedFolders ...\Brandl Monterey 2487 135th ct.rhv Thursday, April 25, 2013,10:32 AM Rh vac -Residential & Light Commercial HVAC Loads Elfte Software DevelopmeM, Inc.' Burnsville Heating & A/C Inc 647 Parkside Ct Burnsville MN 55337 Page 14! F e _ System 1 Main Floor Summary Loads Component T Area ~Sen _ Lat Sen Total Description _ ~Quan Loss Gain _ Gain Gain, hbt: Glazing-hbt, ground reflectance = 0.23, u-value 0.3, 58 1,515 0 1,332 1,332 SHGC 0.22 hbt: Glazing-hbt, ground reflectance = 0.23, u-value 0.3, 71.6 1,869 0 1,762 1,762 SHGC 0.2 hbt: Glazing-hbt, ground reflectance = 0.23, u-value 0.27, 68 1,598 0 1,646 1,646 SHGC 0.2 hbt: Door-hbt 20.4 266 0 73 73 hbt: Door-hbt 19 232 0 64 64 12E-5sw: Wall-Frame, R-19 insulation in 2 x 6 stud 1819 8,230 0 1,012 1,012 cavity, R-5 board insulation, siding finish, wood studs 15BO-10sf-8: Wall-Basement, , R-10 board insulation to 950.2 4,134 0 0 0 floor, no interior finish, 8' floor depth RJ: Wall-Frame, Custom, RJ 165.8 1,442 0 366 366 16B-44-ad: Roof/Ceiling-Under Attic with Insulation on 1687.7 3,230 0 1,782 1,782 Attic Floor (also use for Knee Walls and Partition Ceilings), vented attic, no radiant barrier, R-44 insulation, dark asphalt 21A-32-v: Floor-Basement, Concrete slab, any thickness, 1686.8 2,935 0 0 0 2 or more feet below grade, no insulation below floor, vinyl covering, shortest side of floor slab is 32' wide Subtotals for structure: 25,451 0 8,037 8,037 People: 4 920 1,200 2,120 Equipment: 400 1,200 1,600 Lighting: 0 0 0 Ductwork: 4,673 406 2,182 2,587 Infiltration: Winter CFM: 91, Summer CFM: 0 8,456 0 0 0 Ventilation: Winter CFM: 100, Summer"CFM_ 100 9285 _ 2,320 1,387 3,708 - System 1 Main Floor Load Totals: 47,865 4,046 14,006 18,052 Check ures Supply CFM: 591 CFM Per Square ft.: 0.175 Square ft. of Room Area: 3,375 Square ft. Per Ton: 2,244 , Volume (ft3) of Cond. Space: 32,139 S stem _ Loads - Total Heating Required Including Ventilation Air: 47,865 Btuh 47.865 MBH I Total Sensible Gain: 14,006 Btuh 78 % Total Latent Gain: 4,046 Btuh 22 % Total Cooling Required Including Ventilation Air 18,052 Btuh 1.50 Tons (Based On Sensible + Latent) Notes - - - - - Rhvac is an ACCA approved Manual J and Manual D computer program. Calculations are performed per ACCA Manual J 8th Edition, Version 2, and ACCA Manual D. All computed results are estimates as building use and weather may vary. Be sure to select a unit that meets both sensible and latent loads according to the manufacturer's performance data at your design conditions. I t i i i \\SBS20 1 1\RedirectedFolders ...\Brandl Monterey 2487135th ct.rhv Thursday, April 25, 2013, 10:32 AM l Rhvac • Residential & Light Commercial HVAC Loads Elite Software DevBelop ent,I ICt Burnsville Heating & A/C Inc Burnsville MN 55337 P 17 System 1, Zone 1 Summary Loads (Peak Load Procedure for Rooms)____ Component -W Area Sen Lat Sen - Total ; Description Quan Loss Gain Gain in hbt: Glazing-hbt, ground reflectance = 0.23, u-value 0.3, 40 1,045 0 856 856 SHGC 0.2 hbt: Glazing-hbt, ground reflectance = 0.23, u-value 0.3, - 71.6 1,869 0-- 1,762 1,762 - SHGC 0.2 i hbt: Glazing-hbt, ground reflectance = 0.23, u-value 0.27, 34 799 0 823 823 SHGC 0.2 hbt: Door-hbt 20.4 266 0 73 73 12E-5sw: Wall-Frame, R-19 insulation in 2 x 6 stud 1307 5,914 0 728 728 i cavity, R-5 board insulation, siding finish, wood studs 16B-44-ad: Roof/Ceiling-Under Attic with Insulation on 1575.7 3,016 0 1,664 1,664 Attic Floor (also use for Knee Walls and Partition Ceilings), vented attic, no radiant barrier, R-44 j insulation, dark asphalt Subtotals for structure: 12,909 0 5,980 5,980 People: 4 920 1,200 2,120 Equipment: 0 1,200 1,200 ; Lighting: 0 0 0 Ductwork: 2,552 0 1,676 1,676 ` Infiltration Winter CFM 60, Summer CFM: 0 5,606__ 0 0 0 ' System 1, Zone 1 Load Totals: 21,067 920 10,056 10,976 Check Figures _ Supply CFM: 471 CFM Per Square ft.: 0.299 Square ft. of Room Area: 1,576 Square ft. Per Ton: 1,723 j Volume (W) of Cond. Space: 15,106 Zone Loads Total Heating Required: 21,067 Btuh 21.067 MBH F Total Sensible Gain: 10,056 Btuh 92 Total Latent Gain: 920 Btuh 8 % Total Cooling Required: 10,976 Btuh 0.91 Tons (Based On Sensible + Latent) Notes Rhvac is an ACCA approved Manual J and Manual D computer program. Calculations are performed per ACCA Manual J 8th Edition, Version 2, and ACCA Manual D. All computed results are estimates as building use and weather may vary. Be sure to select a unit that meets both sensible and latent loads according to the manufacturer's performance data at your design conditions. i i s } l ASBS2011\RedirectedFolders ...\Brandt Monterey 2487 135th ct.rhv Thursday, April 25, 2013,10:32 AM Rhvac - Residential & Light Commercial HVAC Loads Elite Software Development, Inc. Burnsville Heating & A/C Inc 647 Parkside Ct j Burnsville. MN 55337 Paae 18 System 1, Zone 2 Summary Loads Peak Load Procedure for Rooms) _ ^Component Area Sen Lat Ben Total Description Ouan Loss Gain Gain Gain hbt: Glazing-hbt, ground reflectance = 0.23, u-value 0.3, 18 470 _ 0 476 476 z SHGC 0.22 hbt:-Glazing-hbt, ground reflectance =-023 u-value 0.27,- 34 ____799 0 823 - 823 SHGC 0.2 hbt: Door-hbt 19 232 0 64 64 12E-5sw: Wall-Frame, R-19 insulation in 2 x 6 stud 512 2,316 0 284 284 I cavity, R-5 board insulation, siding finish, wood studs 15BO-10sf-8: Wall-Basement, , R-10 board insulation to 950.2 4,134 0 0 0 floor, no interior finish, 8' floor depth RJ: Wall-Frame, Custom, RJ 165.8 1,442 0 366 366 16B-44-ad: Roof/Ceiling-Under Attic with Insulation on 112 214 0 118 118 Attic Floor (also use for Knee Walls and Partition Ceilings), vented attic, no radiant barrier, R-44 insulation, dark asphalt 1 _ p 21A-32-v: Floor-Basement, Concrete slab, any thickness, 1686.8 2,935 0 0 0 2 or more feet below grade, no insulation below floor, vinyl coveting, shortest side of floor slab is 32' wide Subtotals for structure: 12,542 0 2,526 2,526 People: 0 0 0 0 i Equipment: 400 0 400 Lighting: 0 0 0 Ductwork: 2,121 0 505 505 E Infiltration: Winter CFM 31, Summer CFM: 0 2 850 0 0 0' System 1, Zone 2 Load Totals: 17,513 400 3,031 3,431 Check Figures Supply CFM: 142 CFM Per Square ft.: 0.079 Square ft. of Room Area: 1,799 Square ft. Per Ton: 6,291 i Volume (W) of Cond. Space: 17,033 rZone Loads Total Heating Required: 17,513 Btuh 17.513 MBH Total Sensible Gain: 3,031 Btuh 88 % Total Latent Gain: 400 Btuh 12 % Total Cooling Required: 3,431 Btuh 0.29 Tons (Based On Sensible + Latent) 1 Notes _ ; Rhvac is an ACCA approved Manual J and Manual D computer program. Calculations are performed per ACCA Manual J 8th Edition, Version 2, and ACCA Manual D. All computed results are estimates as building use and weather may vary. Be sure to select a unit that meets both sensible and latent loads according to the manufacturer's performance data at your design conditions. E r p f 1 III E 3 { z 71 ~ j \\SBS2011\RedirectedFolders ...\Brandl Monterey 2487 135th ct.rhv Thursday, April 25, 2013, 10:32 AM Rhvac Residential & Light Commercial HVAC Loads Elite Software Development, inc. Burnsville Heating & A/C Inc 647 Parl side Ct BurnsvilIe, 55337._._._._ Flag 33 Detailed Room Loads -Room 11 - Basement Peak Fenestration Gain Procedure) General - Room is in zone 2, which peaks at 10 am Calculation Mode: Htg. & clg. Occurrences: 1 "t Room Length: 35.9 ft. System Number: 1 Room Width: 47.0- ft. Zone Number: 2 - Area: 1,687.0 sq.ft. Supply Air: 126 CFM Ceiling Height: 9.5 ft. Supply Air Changes: 0.5 AC/hr Volume: 16,025.0 cu.ft. Req. Vent. Clg: 0 CFM Number of Registers: 1 Actual Winter Vent.: 39 CFM Runout Air: 126 CFM Percent of Supply.: 31 % Runout Duct Size: 7 in. Actual Summer Vent.: 21 CFM Runout Air Velocity: 471 ft./min. Percent of Supply: 16 % Runout Air Velocity: 471 ft./min. Actual Winter Infil.: 22 CFM Actual Loss: 0.112 in.wg./100 ft. Actual Summer Infil.: 0 CFM Item Area -U- Htg Son Clg Lat Sen Desc' on QuantitY_. Value HTM Loss HTM Gain Gain? , - E -Wall-12E-5sw 47 X 8 324 0.052 4.5 11466 0.6 0 180 W -Wall-15BO-104-8 47 X 8 376 0.050 4.4 1,636 0.0 0 0 S -Wall-1 5BO-10sf-8 35.9 X 8 287.1 0.050 4.4 1,249 0.0 0 0 N -Wall-1 5BO-10sf-8 35.9 X 8 287.1 0.050 4.4 1,249 0.0 0 0 E -Walt-RJ 47 X 1 47 0.100 8.7 409 2.2 0 104 W -W all-RJ 47 X 1 47 0.100 8.7 409 2.2 0 104 3 g' S -Wall-RJ 35.9 X 1 35.9 0.100 8.7 312 2.2 0 79 N -Wall-RJ 35.9 X 1 35.9 0.100 8.7 312 2.2 0 79 E E -GIs-hbt shgc-0.22 O%S 18 0.300 26.1 470 34.5 0 621 E -GIs-hbt shgc-0.2 0%S 34 0.270 23.5 799 31.6 0 1,073 Floor_21 A-32 47 X 35.9 1686.8 0.020 1.7 2,935 0.0.._ 0 0. Subtotals for Structure: 11,246 0 2,240 Infil.: Win.: 22.2, Sum.: 0.0 542 3.806 2,062 0.000 0 0 Ductwork _ 1,834 448 Room Totals: 15,142 0 2,688 t l i f f s e \\S BS201 1 \Redi rec9dFolders ...\Brandl Monterey 2487135th ct.rhv Thursday, April 25, 2013,10:32 AM Rhvac - Residential & Light Commercial HVAC Loads - -Elite Software Development, Inc. Burnsville Heating 8 A/C Inc 647 Parkside Ct Burnsville MN 55337 Pa a 38 S stem 1 Room Load Summa Htg Min Run Run C19 Cig Min Act? Room Area Sens Htg Duct Duct Sens Lat Cig Sys No Name SF Btuh CFM Size Vei Btuh Btuh CFM CFM --Zone 1--- 1_F-oyer_---..___.~ 99---___.._.-.1-,222 16 1-3 646-----------677 U 32 32--- 2 Bedroom 3 134 3,337 45 1-7 351 2,004 230 94 94 3 Bedroom 2 134 2,983 40 1-6 328 1,374 230 64 64 4 Bath 1 149 930 12 1-2 497 232 0 11 11 5 Master Bath 216 1,349 18 1-2 722 336 0 16 16 6 Master Bedroom 256 3,881 52 1-5 558 1,624 460 76 76 7 Great Room 225 2,512 34 1-4 562 1,048 0 49 49 8 Dinette 168 3,319 44 1-4 535 997 0 47 47 9 Kitchen 195 1,533 21 1-5 607 1,765 0 83 83 Zone 1 subtotal 1,576 21,067 282 _ 10,056 920 471 X471 ---Zone 2--- 10 Mud Room 112 2,371 32 1-2 737 343 400 16 16 11 Basement 1,687 15,142 203 1-7 471 2,688 0 126 126 Zone 2 subtotal 1,799 17,513 234 _ 3,031 400 142 142 Ventilation _ 9,285 1,387 2,320 Duct Latent 406 System 1 total 3,375 47,865 516 14,006 4,046 591 591 System 1 Main Trunk Size: 9x13 in. _ Velocity: 728 ft./min Loss per 100 ft.: 0.107 in.wg Note: Since the system is multizone, the Peak Fenestration Gain Procedure was used to determine glass sensible gains at the room and zone levels, so the sums of the zone sensible gains and airflows for cooling shown above are not intended to equal the totals at the system level. Room and zone sensible gains and cooling CFM values are for the hour in which the glass sensible gain for the zone is at its peak. Sensible gains at the system level are based on the "Average Load Procedure + Excursion" method. Cooling System Summery Cooling Sensible/Latent T SensFbie - Latent Total Tons lit Stuh Btuh Btuh Net Required: 1.50 78%/226/. 14,006 4,046 18,052 \\SBS2011\RedirectedFolders ...\Brandl Monterey 2487 135th ct.rhv Thursday, April 25, 2013, 10:32 AM Burnsville Heating & Air Conditioning, Inc. 3451 W. Burnsville Pkwy, Suite 120, Burnsville, MN 55337 Phone 952-894-0005 - Fax 952-894-0925 - Web www.burnsvilleheating.com Ventilation, Makeup and Combustion Air Calculations Submittal Form for New Dwellings Site address 647 Parkside Court Date contractor Burnsville Heating & Air Conditioning, Inc Completed By Alan Dobson Section A Ventilation Quantity (Determine quantity by using Table N1104.2 or Equation 11-1) Square feet (Conditioned area including 3375 Total required ventilation 145 Basement-finished or unfinished) Number of bedrooms 4 Continuous ventilation 73 Directions - Determine the total and continuous ventilation rate by either using Table N1104.2 or equation 11-1. The table and equation are below. Table N1104.2 Total and Continuous Ventilation Rates (in cfm) Number of Bedrooms 1 2 3 5 6 Conditioned Total/ Total/ Total/ Total/ Total/ Total/ space (in sq. ft. continuous continuous continuous continuous continuous continuous 1000-1500 60/40 75/40 90/45 105/53 120/60 135/68 1501-2000 70/40 85/43 100/50 115/58 130/65 145/73 2001-2500 80/40 95/48 110/55 125/63 140/70 155/78 2501-3000 90/45 105/53 120/60 135/68 150/75 165/83 3001-3500 100/50 115/58 130/65 14 ! 160/80 175/88 3501-4000 110/55 125/63 140/70 155/78 170/85 185/93 4001-4500 120/60 135/68 150/75 165/83 180/90 195/98 4501-5000 130/65 145/73 160/80 175/88 190/95 205/103 5001-5500 140/70 155/78 170/85 185/93 200/100 215/108 5501-6000 150/75 165/83 180/90 195/98 210/105 225/113 Equation 11-1 (0.02 x square feet of conditioned space) + (15 x (number of bedrooms + 1)] = Total ventilation rate (cfm) Total ventilation -The mechanical ventilation system shall provide sufficient outdoor air to equal the total ventilation rate average, for each one-hour period according to the above table or equation. For heat recovery ventilators (HRV) and energy recovery ventilators (ERV) the average hourly ventilation capacity must be determined in consideration of any reduction of exhaust or outdoor air intake, or both, for defrost or other equipment cycling. Continuous ventilation - A minimum of 50 percent of the total ventilation rate, but not less than 40 cfm shall be provided, on a continuous rate average for each one-hour period. The portion of the mechanical ventilation system intended to be continuous may have automatic cycling controls providing the average flow rate for each hour is met. G:\SAFETY\JK\Vent-makeup-comb air submittal (2).docx Page 1 of 6 Section B Ventilation Method (choose either balanced or exhaust only) ❑ Balanced, HRV(Heat Recovery Ventilator) or ERV (Energy © Exhaust only Recovery Ventilator) -cfm of unit in low must not exceed Continuous fan rating in cfm continuous ventilation rating by more than 100% Low cfm: High cfm: Continuous fans rating in cfm (capacity 110 must not exceed continuous ventilation rating by more than 100%) Directions - Choose the method of ventilation, balanced or exhausts only. Balanced ventilation systems are typically HRV or ERV's. Enter the low and high cfm amounts. Low c fm airflow must be equal to or greater than the required continuous ventilation rate and less than 1005vo greater than the continuous rate. (For instance, if the low cfm is 40 cfm, the ventilation fan must not exceed 80 cfm.) Automatic controls may allow the use of a larger fan that is operated a percentage of each hour. Section C Ventilation Fan Schedule Description Location Continuous Intermittent Bath Fan Master Bath 80 Bath Fan Main Bath 110 Directions - The ventilation fan schedule should describe what the fan is for, the location, cfm, and whether it is used for continuous or intermittent ventilation. The fan that is chose for continuous ventilation must be equal to or greater than the low c fm air rating and less than 100% greater than the continuous rate. (For instance, if the low cfm is 40 cfm, the continuous ventilation fan must not exceed 80 cfm. Automatic controls may allow the use of a larger fan that is operated a percentage of each hour. Section D Ventilation Controls (Describe operation and control of the continuous and intermittent ventilation) Dedicated Circut Directions- Describe the operation of the ventilation system. There should be adequate detail for plan reviewers and inspectors to verify design and installation compliance. Related trades also need adequate detail for placement of controls and proper operation of the building ventilation. If exhaust fans are used for building ventilation, describe the operation and location of any controls, indicators and legends. If an ERV or HRV is to be installed, describe how it will be installed. If it will be connected and interfaced with the air handling equipment, please describe such connections as detailed in the manufactures' installation instructions. If the installation instructions require or recommend the equipment to be interlocked with the air handling equipment for proper operation, such interconnection shall be made and described. Section E Make-up air Passive (determined from calculations from Table 501.3.1) Powered (determined from calculations from Table 501.3.1) Interlocked with exhaust device (determined from calculations from Table 501.3.1) Other, describe: Location of duct or system ventilation make-up air: Determined from make-up air opening table NR cfm Size and type (round, rectangular, flex or rigid) 21 Page Directions - In order to determine the makeup air, Table 501.3.1 must be filled out (see below). For most new installations, column A will be appropriate, however, if atmospherically vented appliances or solid fuel appliances are installed, use the appropriate column. For existing dwellings, see IMC 501.3.3. Please note, if the makeup air quantity is negative, no additional makeup air will be required for ventilation, if the value is positive refer to Table 501.3.2 and size the opening. Transfer the cfm, size of opening and type (round, rectangular, flex or rigid) to the last line of section D. The make-up air supply must be installed per IMC 501.3.2.3. Table 501.3.1 PROCEDURE TO DETERMINE MAKEUP AIR QUANITY FOR EXHAUST EQUIPMENT IN DWELLINGS (Additional combustion air will be required for combustion appliances, see KAIR method for calculations) One or multiple One or multiple fan- One atmospherically Multiple power assisted vent atmospherically vent or direct vent appliances and gas or oil appliance vented gas or oil appliances power vent or direct or appliances or solid or no combustion vent one solid fuel fuel appliances appliances appliance appliances Column A Column B Column C Column D 1• 0.15 0.09 0.06 0.03 a) pressure factor (cfm/sf) b) conditioned floor area (sf) (including 3375 unfinished basements) Estimated House infiltration (cfm): [1a 506.25 x lb] 2. Exhaust Capacity 110 a) continuous exhaust-only ventilation system (cfm); (not applicable to balanced ventilation systems such as HRV) b) clothes dryer (cfm) 135 135 135 135 c) 80% of largest exhaust rating (cfm); Kitchen hood typically (not applicable if recirculating system or if powered makeup air is electrically interlocked and match to exhaust) d) 80% of next largest exhaust rating Not (cfm); bath fan typically Applicable (not applicable if recirculating system or if powered makeup air is electrically interlocked and matched to exhaust) Total Exhaust Capacity (cfm); 245 [2a + 2b +2c + 2d] 3. Makeup Air Quantity (cfm) 245 a) total exhaust capacity (from above) b) estimated house infiltration (from 506.25 above) Makeup Air Quantity (cfm); -261.25 [3a - 3b] (if value is negative, no makeup air is needed) 4. For makeup Air Opening Sizing, refer to Table 501.4.2 A. Use this column if there are other than fan-assisted or atmospherically vented gas or oil appliance or if there are no combustion appliances. (Power vent and direct vent appliances may be used.) B. Use this column if there is one fan-assisted appliance per venting system. (Appliances other than atmospherically vented appliances may also be included.) C. Use this column if there is one atmospherically vented (other than fan-assisted) gas or oil appliance per venting system or one solid fuel appliance. D. Use this column if there are multiple atmospherically vented gas or oil appliances using a common vent or if there are atmospherically vented gas or oil appliances and solid fuel appliances. 31 Page Makeup Air Opening Table for New and Existing Dwelling Table 501.3.2 One or multiple One or multiple One atmospherically Multiple power fanassisted vented gas or oil atmospherically vent, direct vent appliances and appliance vented gas or oil appliances, power vent or direct or one solid fuel appliances Duct diameter or no combustion vent appliances appliance or solid fuel appliances appliances Column A Column B Column C Column D Passive opening 1-36 1-22 1-15 1-9 3 Passive opening 37-66 23-41 16-28 10-17 4 Passive opening 67-109 42-66 29-46 18-28 5 Passive opening 110-163 67-100 47-69 29-42 6 Passive opening 164-232 101-143 70-99 43-61 7 Passive opening 233 -317 144 -195 100-135 62 - 83 8 Passive opening 318-419 196-258 136-179 84-110 9 w/motorized damper Passive opening 420 -539 259 -332 180 -230 111-142 10 w/motorized damper Passive opening 540- 679 333 -419 231- 290 143 -179 11 w/motorized damper Powered makeup air >679 >419 >290 >179 NA Notes: A. An equivalent length of 100 feet of round smooth metal duct is assumed. Subtract 40 feet for the exterior hood and ten feet for each 90- degree elbow to determine the remaining length of straight duct allowable. B. If flexible duct is used, increase the duct diameter by one inch. Flexible duct shall be stretched with minimal sags. Compressed duct shall not be accepted. C. Barometric dampers are prohibited in passive makeup air openings when any atmospherically vented appliance is installed. D. Powered makeup air shall be electrically interlocked with the largest exhaust system. Sections F Combustion air Not required per mechanical code (No atmospheric or power vented appliances) X Passive (see IFGC Appendix E, Worksheet E-1) Size and type 3" smooth or 4" Flex Other, describe: Explanation - If no atmospheric or power vented appliances are installed, check the appropriate box, not required. If a power ventedor atmospherically vented appliance installed, use IFGC Appendix E, Worksheet E-1 (see below). Please enter size and type. Combustionair vent supplies must communicate with the appliance or appliances that require the combustion air. Section F calculations follow on the next 2 pages. 4~Page Directions - The Minnesota Fuel Gas Code method to calculate to size of a required combustion air opening, is called the Known Air Infiltration Rate Method. For new construction, 4b of step 4 is required to be filled out. IFGC Appendix E, Worksheet E-1 Residential Combustion Air Calculation Method (for Furnace, Boiler, and/or Water Heater in the Same Space) Step 1: Complete vented combustion appliance information. Furnace/Boiler: Draft Hood -Fan Assisted or Power Vent _X_Direct Vent Input:_60000 BTU/HR Water Heater: -Draft Hood _X-Fan Assisted or Power Vent -Direct Vent Input:_40000 BTU/HR Step 2: Calculate the volume of the Combustion Appliance Space (CAS) containing combustion appliances. The CAS includes all spaces connected to one another by code compliant openings. CAS Volume: _1800 ft LxWxH L W H Step 3: Determine Air Changes per Hour (ACH)1 Default ACH values have been incorporated into Table E-1 for use with Method 4b (KAIR Method). If the year of construction or ACH is not known, use method 4a (Standard Method). Step 4: Determine Required Volume for Combustion Air. (DO NOT COUNT DIRECT VENT APPLIANCES) 4a. Standard Method Total Btu/hr input of all combustion appliances Input: Btu/Hr Use Standard Method column in Table E-1 to find Total Required TRV: ft3 Volume (TRV) If CAS Volume (from Step 2) is greater than TRV then no outdoor openings are needed. If CAS Volume (from Step 2) is less than TRV then go to STEP 5. 4b. Known Air Infiltration Rate (KAIR) Method (DO NOT COUNT DIRECT VENT APPLIANCES) Total Btu/hr input of all fan-assisted and power vent appliances Input:_40000 Btu/Hr Use Fan-Assisted Appliances column in Table E-1 to find RFVA:_3000 ft3 Required Volume Fan Assisted (RVFA) Total Btu/hr input of all Natural draft appliances Input: Btu/hr Input: _0 Btu/Hr Use Natural draft Appliances column in Table E-1 to find RVNFA:_none ft3 Required Volume Natural draft appliances (RVNDA) Total Required Volume (TRV) = RVFA + RVNDA TRV=_3000 + none = 3000 TRV ft3 If CAS Volume (from Step 2) is greater than TRV then no outdoor openings are needed. If CAS Volume (from Step 2) is less than TRV then go to STEP S. Step 5: Calculate the ratio of available interior volume to the total required volume. Ratio = CAS Volume (from Step 2) divided by TRV (from Step 4a or Step 4b) Ratio = 1800 / 3000 =.6 Step 6: Calculate Reduction Factor (RF). RF= 1 minus Ratio RF = 1- .6 =.4 Step 7: Calculate single outdoor opening as if all combustion air is from outside. Total Btu/hr input of all Combustion Appliances in the same CAS Input: 40000 Btu/Hr (EXCEPT DIRECT VENT) 5 Page • ! f Combustion Air Opening Area (CAOA): Total Btu/hr divided by 3000 Btu/hr per in2 CAOA = 40000 /3000 Btu/hr per in 13.33 Step 8: Calculate Minimum CAOA. Minimum CAOA = CAOA multiplied by RF Minimum CAOA = 13.33 x .4 = in5.33 Step 9: Calculate Combustion Air Opening Diameter (CAOD) CAOD = 1.13 multiplied by the square root of Minimum CAOA CAOD = 1.13 V Minimum CAOA =_2.6_ in. diameter go up one inch in size if using flex duct 1 If desired, ACH can be determined using ASHRAE calculation or blower door test. Follow procedures in Section G304. IFGC Appendix E, Table E-1 Residential Combustion air (Required Interior Volume Based on Input Rating of Appliance) Known Air Infiltration Rate (KAIR) Method (cu ft) Fan Assisted or Power Vent Natural Draft Input Rating Standard Method 1"4 to present Pre-1994 1994 to present Pre-1994 (Btu/hr) 5,000 250 375 188 525 263 10,000 500 750 375 1,050 525 15,000 750 1,125 563 1,575 788 20,000 1,000 1,500 750 2,100 1,050 25,000 1,250 1,875 938 2,625 1,313 30,000 1,500 2,250 1,125 3,150 1,575 35,000 1,750 2.625 1,313 3,675 1,838 WIN 2,000 3rgQt7 1,500 4,200 2,100 45,000 2,250 3,375 1,688 4,725 2,363 50,000 2,500 3,750 1,675 5,250 2,625 55,000 2,750 4,125 2,063 5,775 2,888 60,000 3,000 4,500 2,250 6,300 3,150 65,000 3,250 4,875 2,438 6,825 3,413 70,000 3,500 5,250 2,625 7,350 3,675 75,000 3,750 5,625 2,813 7,875 3,938 80,000 4,000 6,000 3,000 8,400 4,200 85,000 4,250 6,375 3,188 8,925 4,463 90,000 4,500 6,750 3,375 9,450 4,725 95,000 4,750 7,125 3,563 9,975 4,988 100,000 5,000 7,500 3,750 10,500 5,250 105,000 5,250 7,875 3,938 11,025 5,513 110,000 5,500 8,250 4,125 11,550 5,775 115,000 5,750 8,625 4,313 12,075 6,038 120,000 6,000 9,000 4,500 12,600 6,300 125,000 6,250 9,375 4,688 13,125 6,563 130,000 6,500 9,750 4,875 13,650 6,825 135,000 6,750 10,125 5,063 14,175 7,088 140,000 7,000 10,500 5,250 14,700 7,350 145,000 7,250 10,875 5,438 15,225 7,613 150,000 7,500 11,250 5,625 15,750 7,875 155,000 7,750 11,625 5,813 16,275 8,138 160,000 8,000 12,000 6,000 16,800 8,400 165,000 8,250 12,375 6,188 17,325 8,663 170,000 8,500 12,750 6,375 17,850 8,925 175,000 8,750 13,125 6,563 18,375 9,188 180,000 9,000 13,500 6,750 18,900 9,450 185,000 9,250 13,875 6,938 19,425 9,713 190,000 9,500 14,250 7,125 19,950 9,975 195,000 9,750 14,625 7,313 20,475 10,238 200,000 10,000 15,000 7,500 21,000 10,500 205,000 10,250 15,375 7,688 22,525 10,783 210,000 10,500 15,750 7,875" 22,050 11,025 215,000 10,750 16,125 8,063 22,575 11,288 6 ~ P a g e 220,000 11,000 16,500 8,250 23,100 11,550 225,000 11,250 16,875 8,438 23,625 11,813 230,000 11,500 17,250 8,625 24,150 12,075 1. The 1994 date refers to dwellings constructed under the 1994 Minnesota Energy Code. The default KAIR used in this section of the table is 0.20 ACH. 2. This section of the table is to be used for dwellings constructed prior to 1994. The default KAIR used in this section of the table is 0.40 ACH. 7~Page LOT SURVEY CHECKLIST FOR RESIDENTIAL BUILDING PERMIT APPLICATION PROPERTY LEGAL'~~ j0t~►~ d fI a~- DATE OF SURVEY: VM2 LATEST REVISION: m c O z ¢ DOCUMENT STANDARDS ,2' ❑ ❑ • Registered Land Surveyor signature and company 0 0 • Building Permit Applicant .z ❑ ❑ • Legal description 0 0 X • Address W ❑ ❑ • North arrow and scale ❑ ❑ • House type (rambler, walkout, split w/o, split entry, lookout, etc.) ❑ • Directional drainage arrows with slope/gradient % 0 0 • Proposed/existing sewer and water services & invert elevation 0 0 • Street name 0 0 • Driveway (grade & width - in R/W and back of curb, 22' max.) 0 0 • Lot Square Footage X ❑ ❑ • Lot Coverage ELEVATIONS Existing 'zr 0 0 • Property corners ❑ 0 • Top of curb at the driveway and property line extensions ❑ ❑ • Elevations of any existing adjacent homes 0 0 • Adequate footing depth of structures due to adjacent utility trenches ❑ ❑ . Waterways (pond, stream, etc.) Proposed 0 0 • Garage floor p 0 • Basement floor ❑ ❑ • Lowest exposed elevation (walkout/window) ❑ ❑ • Property corners 0 0 • Front and rear of home at the foundation PONDING AREA (if applicable) ~-0 0 • Easement line '00 ❑ • NWL ❑ 0 • HWL p( 0 • Pond # designation ❑ • Emergency Overflow Elevation ❑ 0 • Pond/Wetland buffer delineation Y Shoreland Zoning Overlay District Y( • Conservation Easements DIMENSIONS 0 ❑ • Lot lines/Bearings & dimensions ,e( 0 0 • Right-of-way and street width (to back of curb) 0 0 • Proposed home dimensions including any proposed decks, overhangs greater than 2', porches, etc. (i.e. all structures requiring permanent footin s) ❑ ❑ • Show all easements of record and an ity ut lities within those easements ❑ ❑ • Setbacks of proposed structure an 'deyar etback of adjacent existing structures ❑ 0 • Retaining wall requirements: Reviewed By: Date G'/FORMS/Building Permit Application Rev. 11-26-04 Z£ZO-969 (Z96) :-d / 0£ZO-868 (Z96) :auogd S>1>1 .Ag umuz(I 98-VL JaPlLt, ouoTd•mmm OZTSS I~ w `slg2loH tlopuow b£££-ZZ199 NW `ue3eg 90096ZZ L L : # Toafo9 QT 9) :-J 3AUQ asudraTug ZZtiZ OZT# aaS sQ UUH SSS~ 9 (TS9) : 'gd .L D'dV 3dVOSGNlV"l Sx0 F[ANIIS ONV'I SI NNVId ONV'I SUMINION3 MAID Oul SOLUGH uosJapUV ipurig u aaui~ua :.To ~an,~n o aj~ai ijza S3Q~~~sl~3~~~M3~d~0~£[ ~I~~1~I~Id S • o ssaappa osusgo F[MOH 33IVIS £I-6 [-b :suo[stnw STATE TRUNK HIGHWAY NO. 3 O 0 00 r > •j O > =3 L ~yw N 0- 3 Q V) E A W iE ~O °~O c r I O I U~ O o N ~ JN V) J o~ yNj I u Q) CO o C A v I O C C O Z O_ io C E E L 7 c N N a w Am N 0 0 Y O>> M N J C v Cc O X a (n c 3 n n C O CO N 0 O a rn l X I\ N a) c C N S m E o d a~ a x x a) J O o 3 1 m I~ 9. ♦u1 O O O x i see V Q~o-o rn 1 4) CD E _0 En - cn OA. C 0 -0 0 Q) 0 0 0 a) / 1 6~! Q C17 1 o a 5 c°n 1 1 rn 'o Q) 00 c r n 0 m~ 0~ w 3 o c 52 t E:2 0 0,8 N x q ~rn m 77 1 _ Z J a) C a 1 0 3: 0 ~ 0 0 a Z= N O 01 (D CO -0 o J \ C~~• ~O~ 2i O. O -4, 96 U) m 4) g C IO m -j / ~ a A L X / Oh/ 98S6 `S Rio C C m 06 (n 7 C x m / / mss / S s9 Y U c N x \ ~,q I CL + 0 OR C Pr) / / I s I / X 0 1a 896~~ m E-' ~a Q o X aI a Q 0 a O co I ~h~h0 a O pap 0 2 o LLJ W T 00 L c'~ x C 00 O N N X X ~o~o ~9- n' N O N I co r Q h 4t ^ 966 ~ ` Q U I x Gi 6 I,. d .L C q:',°t na a (b 1896 / ` 966. tr<Y -a :3 x U `v m Ir I / o` 0.1 i O ~a I In / it) 90 > N /f. w ` j d' ~ I / ASS QQ-Q A'• p, L G O a N Cc 01 0 .1 L_ J O v a i (ease) OL'SS Itss vl z L *zt, L co 7 7~)j C I I ~ftOV1~+ OJ p to x.995 ..ter r- (.0 i ( 1 I I C f.. i pa~i°Ts i °I' I 25 I v Q 0 LI J i asnOH I 0 U) c Q pasodoJd I r o •2 I a, I O Q> a) us M a) 0 C O O C ° -E O 0 u o O 'p O V VI N N (n 3 ] 0 0 00 0 O O fis 3 C O _ 0 i t O ~ ut O C O y 0 2 C CO O 3 C O " E U C a) O 0 -p 'U N 0 0 Q 0 E O ) O E E 'J E O O_ N +3 _ •C L > -0 -C , U N O O O O a) 0 -0 O M O. 10D 0 a a__C -0 I O C E T 3r a) En 0) Q c a) c O N N O > O C t E O O 00~ ~ X030 °p aa)im 0 _0 1 '05 C: -0 Q-0 0 U) 3 a) a) 0 L o O (n ° c U) y to U N 0 3 0 0 0 C ~ o 0...... c~ET rn oo° ~v co30 0 o N N (K1 p O p o N -p -C C 0 to 0 G CO n 0 3 ~ c :0 0 o b\ c o 0~1 rn ac o v c = c of 0U 20 5 °-0-0 c o 'v 0- v v v -0 0 0 0 0 ~ o N rn V) o V) 0 0 0 0> _ c o 3 o c c° o o rn d- N y y •o o 0 O 0 w ,>1 O to p O- 0 O T 0 N O 0 C 0 0 3 0 :7- C a)> Ecao U-0 ~n n n II - e N o+ c a>i o 0'v > > > E 2o" L6 o > >N , a) p y s o - L 0 0 o 0 0 c a c 5_- o M (n N o (II 0. W N _0 U M 0.2 '0 0 0 c ~M^^Lo a) axi av a o c C V O to 0 > O Q) X C o.-0 o n -C > O O C= _0 N o a) C -0 a) 7 0 C 3 II C'4 II N 0' N O N 0 _0 > o u O s O E E o 0 0 0 =t ~ 0 0 o > a v; :3 rn ao c o W 0 W Z Y i E c vi _0 O A In O O , ~ O t N II II 0 0 0 0 o O N y Q) U> 0 c c 0 c 0 0 c c U o o a) N t a) C> C a) a) II 0 0 `o `v 0 0 0 0 0 0 0 0 0 _0 o o•Fn_e- aaL a) a o O C ~ L 3 0 J U O 0 O - - O Up u0 Z 0) a) 7 E a N, V) : N 0 a) O (3) U L •C o O p _1 O ^ • L~ L, Co U- 3 0 C C U L 0 0 a) -0 O_ L: p o ms ° 3 i o a) in _0 c c o o° E V) 0 rn 0 0> 0 0 C) N U, c 0 -0 ° , . !n O U m U C C O O- O a) s O V V 0 0 0 0 a) a) > a 0 ° 00 ' 7 3 _ 1 C--(n000 C U ULL :3 QZ ` CF- Olll (n 0 0 0-0 •i 7 D p w 0 J2aNM m x = J C7 U NMd Mc0 CD _0N N'0Mn 04 :1i.-Lri:5t6 A PERMIT City of Eagan Permit Type:Plumbing Permit Number:EA114273 Date Issued:09/12/2013 Permit Category:ePermit Site Address: 647 Parkside Ct Lot:6 Block: 1 Addition: Dodd Parkside PID:10-20875-01-060 Use: Description: Sub Type:Residential Work Type:Replace Description:Water Softener Meter Size Meter Type Manufacturer Serial Number Remote Number Line Size Comments:Please call Building Inspections at (651) 675-5675 to schedule a final inspection. Bob Sable 5242quebec Ave N. New Hope, MN 55428 Fee Summary:PL - Permit Fee (WS &/or WH)$55.00 0801.4087 Surcharge-Fixed $5.00 9001.2195 $60.00 Total: I hereby acknowledge that I have read this application and state that the information is correct and agree to comply with all applicable State of Minnesota Statutes and City of Eagan Ordinances. Contractor:Owner:- Applicant - Brandl/anderson 4555 Erin Dr Ste 120 Eagan MN 55122 Bob Sable Services 5242 Quebec Ave N New Hope MN 55428 (612) 534-6526 Applicant/Permitee: Signature Issued By: Signature 411~ City of Eap Address: 647 Parkside Court Zip: 55123 Permit 110464 The following items were/ were not completed at the Final Inspection on: Complete Incomplete Comments Final grade - 6" from siding Permanent steps Garage Permanent steps - Main Entry Permanent Driveway Permanent Gas Retaining Wall or 3:1 Max Slope Sod / Seeded Lawn 14VJa" S Trail / Curb Damage )VIA- Porch Lower Level Finish Deck Fireplace • Verify with your builder that roof test caps from the plumbing system have been removed. • Turn off water supply to the outside lawn faucets before freeze potential exists. • Call the Engineering Department at (651) 675-5646 prior to working in the right-of-way or installing an irrigation system. Building Inspector: G:\Building InspectionsTORMS\Checklists