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Home My WebLink About0 ST MARC CIR BLDG 2 APPLICATION FOR HVAC PERMIT DEPARTMENT DECISION TOWN OF SOUTH WINDSOR PERMIT# Application is hereby: BUILDING DEPARTMENT 13062t,I APP O D 1540 SULLIVAN AVENUE 644-2511 ext. 230 Bldg. Permit# Date Building lnsj;eCl6r Application must be printed or typed FEE SCHEDULE Location of Job: $0-$1,000=$15.00 S' , X-\O►rc C�r�� O Q Over$1,000= I Street No. Street Lot No. $15.00 per$1,000 or any fraction thereof Tenant Designation Apt.No. APPLICANT t7� �--L- APPLICANT ADDRESS E — 1\ Nn o APPLICANT' PHONE# 6 d -567,�,'Q 516 OWNER 1 v Zt r OWN Sf q< OWNER ADDRESS �\ . Y*"\ c 61 r h S O r = , OWNER PHONE a-\T\-.c.0 , Zo,.j 'zJ60 —SO ESTIMATED COST$4� Li U IS THIS A CONTRACTOC ST? Yes No FEE ENCLOSED$ 7 ' ° V TYPE OF JOB: (per Y OR CO A New Installation Alteration/Addition/Repair '20l30ONyt Revised 03/05/10 APPLICATION FOR HVAC PERMIT(Continued from reverse side) TYPE OF SYSTEM: TYPE OF BUILDING: HEATING )I RESIDENTIAL A/C ❑ COMMERCIAL ❑ VENTILATION ❑ INDUSTRIAL HEATING ❑ STEAM LOW PRESSURE LIMIT LBS. HIGH PRESSURE LIMIT LBS. ❑ HYDRONIC 0 WARM AIR ❑ UNIT RADIANT HEATER EXISTING RADIATION ADDITIONAL RADIATION TOTAL RADIATION DESIGN TEMP. OUTSIDE OF INSIDE OF DIFFERENCE OF TOTAL HEAT LOSS(BTUH) OF(HEAT LOSS SHEET MUST ACCOMPANY APPLICATION) DESCRIBE ALL HEATING EQUIPMENT(INCLUDING MAKE& MODEL NO.) W a aI yr S�S�tr+� -7 Odd Q1r v Ana 'r n C r QL Croy GROSS HEATING CAPACITY(INPUT-BTUH) NET RATING(OUTPUT-BTUH) 6 I TYPE OF FUEL ❑ OIL-GPM OIL TANK LOCATION: ❑ INSIDE ❑ OUTSIDE CAPACITY GAS-INPUT LPG TANK CAPACITY ELECTRIC-KW AIR CONDITIONING DESIGN TEMP: OUTSIDE OF INSIDE OF DIFFERENCE OF TOTAL HEAT GAIN(BTUH) (HEAT GAIN SHEET MUST ACCOMPANY APPLICATION) DESCRIBE ALL COOLING EQUIPMENT(INCLUDING MAKE&MODEL NO.) TONNAGE COOLING CAPACITY(BTUH) Lip O VENTILATION DESCRIBE ALL AIR HANDLING EQUIPMENT(INCLUDING KITCHEN EXHAUST EQUIPMENT) TOTAL SIZE OF SYSTEM(CFM) FRESH AIR INTAKE(CFM) (PLANS MUST ACCOMPANY APPLICATION) FURTHER DESCRIPTION OF WORK THE UNDERSIGNED HEREBY APPLIES FOR A PERMIT TO PERFORM THE WORK DESCRIBED AND IS TO COMPLY WITH ALL LOCAL ORDINANCES AND STATE OF CONNECTICUT BUILDING CODES IN THE PERFORMANCE OF SUCH WORK. M(a a 3 9 -7 71 y -S i S f Gf. CONTRACTORS LICENSE NO. TYPE STATE 3"� SIGNATURE OF APPLICANT DATE a 1 CALCULATION PROPOSAL FOR: Homeowner ,Ct 5/30/2013 Prepared 5/302013 using O'Brien Quick Loads Pro-Version 1.01-SN:QP-070101-30609 CALCULATION Heat Load Detail Report for Homeowner Room 1 of 9 Room Specifications: Entry/Stairs Room Length(Ft) 10 Sq.Ft windows facing NE&NW. — Watts Incandescent Light: 60 Room Width(Ft.) 14 Sq.Ft windows facing South: — Watts Flourescent Light: — Room Height(Ft.) 8 Sq.Ft windows facing SE&SW: — Duct Length from A/H to room: 15 Exposed Wall Length(Ft.) 8 Number of Exterior Doors: 1 Number of Large Electric Motors: — Wall against unconditioned room(Ft):— Sq.Ft.Exterior Doors: 21 Average Electric Motor Horsepower. — Sq.Ft windows facing North: — Number of People in Room. — BTUH Appliance Sensible Heat: — Sq.Ft windows facing E&W: 8 BTUH Appliance Latent Heat: — Indoor/Outdoor Design Temperatures(degrees Farenheit) Summer: Winter: Inside(Thermostat setting) 85 Inside(Thermostat setting) 85 Outside(Above ground): 90 Outside(Above ground 5 Outside(Below ground): 65 Outside(Below ground) 60 Unconditioned Space 97 Unconditioned Space 65 Above Ceiling(Attic/Crawl Space) 130 Above Ceiling(AttictCrawl Space) 45 Concrete Slab(Ground temperature) 80 Concrete Slab(Ground temperature) 55 Unconditioned Basement 60 Unconditioned Basement 55 Below Floor Crawl Space 85 Below Floor Crawl Space 50 Applicable Temperatures: Above Ceiling:Thermostat Setting Below Floor.Unconditioned Basement Exposed Walls:Above Ground Design Conditions Insulation Values(U-Factors) Occupant Sensible Load(BTUH per person) 250 Exposed Walls(Above Ground) .080 Occupant Latent Load(BTUH per person) 200 Exposed Walls(Below Ground) .5 Duct Insulation Factor 1 Partitions .075 Duct Temperature Difference(Summer) 20 Roof/Ceiling .055 Duct Temperature Difference(Winter) 45 Floor(Above basement) .083 Humidity Difference Inside/Outside%(Summer) 20 Floor(Concrete slab) .001 Humidity Difference Inside/Outside%(Winter) 15 Floor(Between conditioned spaces) .287 Fresh Air Per Person(CFM) 2 Doors .500 Air Change Factor(Air change per hour) .5 Windows .900 Space Shading Factor .4 Air Handier Design Cooling(CFM per ton) 400 Hydronic Heat(BTUH per linear ft: 600 Calculated Room Results-Summer Heat Gains Wall Heat Gain(BTUH) 26 Appliance/Elec Motor Latent Heat Gain(BTUH) 0 Ceiling or Roof Heat Gain(BTUH) 0 Appliance/Elec Motor Sensible Heat Gain(BTUH):205 Floor Heat Gain(BTUH) -290 Ventilation Latent Heat Gain(BTUH) 795 Glass Heat Gain(BTUH) 33 Ventilation Sensible Gain(BTUH) 321 Exterior Door&North Window Heat Gain(BTUH) 44 Summer Total Latent Heat Gain: 795 Solar Heat Gain(BTUH) 688 Summer Total Sensible Heat Gain(BTUH) 1056 Total Transmission Heat Gain(BTUH) 500 TOTAL SUMMER COOLING LOAD(BTUH) 1851 Calculated Room Results-Winter Heat Losses Transmission Heat Losses(BTUH) 2058 Latent Ventilation Heat Losses(BTUH) 596 Sensible Ventilation Heat Losses(BTUH) 5128 Hydronic Heat(Linear Ft.) 13 TOTAL WINTER HEATING LOAD(BTUH) 7782 Calculated Totals for Entire Structure Size of Structure(Sq.Ft.): 1240 Total Sensible Heat Gain(BTUH): 16842 Total Heat Loss(BTUH): 33525 Total Cooling Gain(BTUH): 21292 Total Hydronic Heat(Linear Ft.): 55.88 Total Cooling Requirement(Tons): 1.77 Total Latent Heat Gain(BTUH): 4449 Total Cooling CFM: 709 Disclaimer These computed results should be treated as estimates only and should be viewed as only one of the many tools required for a professional installation.The installing contractor's experience and expert judgement are also major factors in sizing and installing a complete system.The weather,customer usage,duct installation,and structure design may vary on each estimate and should be taken into account.Correct system sizing is based on the systems ability to meet both latent and sensible heat requirements,not just total BTUs. Prepared 5/30/2013 using O'Brien Quick Loads Pro-Version 1.01-SN:QP-070101-30609 CALCULATION Heat Load Detail Report for Homeowner Room 2 of 9 Room Specifications: Kitchen Room Length(Ft.) 14 Sq.Ft windows facing NE&NW: — Watts Incandescent Light: 100 Room Width(Ft.) 12 Sq.Ft windows facing South: — Watts Flourescent Light: — Room Height(Ft.) 8 Sq.Ft windows facing SE&SW: — Dud Length from A/H to room: 15 Exposed Wall Length(Ft.) 10 Number of Exterior Doors: — Number of Large Electric Motors: — Wall against unconditioned room(Ft.):— Sq.Ft.Exterior Doors: — Average Electric Motor Horsepower. — Sq.Ft windows facing North: — Number of People in Room: 2 BTUH Appliance Sensible Heat: 1200 Sq.Ft windows facing E&W: 14 BTUH Appliance Latent Heat: — Indoor/Outdoor Design Temperatures(degrees Farenheit) Summer. Winter. Inside(Thermostat setting) 85 Inside(Thermostat setting) 85 Outside(Above ground): 90 Outside(Above ground 5 Outside(Below ground): 65 Outside(Below ground) 60 Unconditioned Space 97 Unconditioned Space 65 Above Ceiling(AttiGCrawl Space) 130 Above Ceiling(AttictCrawl Space) 45 Concrete Slab(Ground temperature) 80 Concrete Slab(Ground temperature) 55 Unconditioned Basement 60 Unconditioned Basement 55 Below Floor Crawl Space 85 Below Floor Crawl Space 50 Applicable Temperatures: Above Ceiling:Thermostat Setting Below Floor.Unconditioned Basement Exposed Walls:Above Ground Design Conditions Insulation Values(U-Factors) Occupant Sensible Load(BTUH per person) 250 Exposed Walls(Above Ground) .080 Occupant Latent Load(BTUH per person) 200 Exposed Walls(Below Ground) .5 Duct Insulation Factor 1 Partitions .075 Duct Temperature Difference(Summer) 20 Roof/Ceiling .055 Duct Temperature Difference(Winter) 45 Floor(Above basement) .083 Humidity Difference Inside/Outside%(Summer) 20 Floor(Concrete slab) .001 Humidity Difference Inside/Outside%(Winter) 15 Floor(Between conditioned spaces) .287 Fresh Air Per Person(CFM) 2 Doors .500 Air Change Factor(Air change per hour) .5 Windows .900 Space Shading Factor .4 Air Handler Design Cooling(CFM per ton) 400 Hydronic Heat(BTUH per linear ft 600 Calculated Room Results-Summer Heat Gains Wall Heat Gain(BTUH) 32 Appliance/Elec Motor Latent Heat Gain(BTUH) 400 Ceiling or Roof Heat Gain(BTUH) 0 Appliance/Elec Motor Sensible Heat Gain(BTUH):2041 Floor Heat Gain(BTUH) -349 Ventilation Latent Heat Gain(BTUH) 150 Glass Heat Gain(BTUH) 57 Ventilation Sensible Gain(BTUH) 61 Exterior Door&North Window Heat Gain(BTUH) 0 Summer Total Latent Heat Gain: 550 Solar Heat Gain(BTUH) 1204 Summer Total Sensible Heat Gain(BTUH) 3090 Total Transmission Heat Gain(BTUH) 945 TOTAL SUMMER COOLING LOAD(BTUH) 3"0 Calculated Room Results-Winter Heat Losses Transmission Heat Losses(BTUH) 1947 Latent Ventilation Heat Losses(BTUH) 113 Sensible Ventilation Heat Losses(BTUH) 970 Hydronic Heat(Linear Ft.) 5 TOTAL WINTER HEATING LOAD(BTUH) 3029 Calculated Totals for Entire Structure Size of Structure(Sq.Ft.): 1240 Total Sensible Heat Gain(BTUH): 16842 Total Heat Loss(BTUH): 33525 Total Cooling Gain(BTUH): 21292 Total Hydronic Heat(Linear Ft.): 55.88 Total Cooling Requirement(Tons): 1.77 Total Latent Heat Gain(BTUH): 4449 Total Cooling CFM: 709 Disclaimer These computed results should be treated as estimates only and should be viewed as only one of the many tools required for a professional installation.The installing contractor's experience and expert judgement are also major factors in sizing and installing a complete system.The weather,customer usage,duct installation,and structure design may vary on each estimate and should be taken into account.Correct system sizing is based on the systems ability to meet both latent and sensible heat requirements,not just total BTUs. Prepared 5/302013 using O'Brien Quick Loads Pro-Version 1.01-SN:QP-070101-30609 CALCULATION Heat Load Detail Report for Homeowner Room 3 of 9 Room Specifications: Dinette Room Length(Ft.) 10 Sq.Ft windows facing NE&NW: — Watts Incandescent Light: 100 Room Width(Ft.) 10 Sq.Ft windows facing South: — Watts Flourescent Light: — Room Height(Ft.) 8 Sq.Ft windows facing SE&SW: — Dud Length from A/H to room: 15 Exposed Wall Length(Ft.) — Number of Exterior Doors: — Number of Large Electric Motors: — Wall against unconditioned room(Ft):— Sq.Ft.Exterior Doors: — Average Electric Motor Horsepower. — Sq.Ft windows facing North: — Number of People in Room: 2 BTUH Appliance Sensible Heat: — Sq.Ft windows facing E&W: — BTUH Appliance Latent Heat: — Indoor/Outdoor Design Temperatures(degrees Farenheit) Summer, Winter. Inside(Thermostat setting) 85 Inside(Thermostat setting) 85 Outside(Above ground): 90 Outside(Above ground 5 Outside(Below ground): 65 Outside(Below ground) 60 Unconditioned Space 97 Unconditioned Space 65 Above Ceiling(Attic/Crawl Space) 130 Above Ceiling(Attic/Crawl Space) 45 Concrete Slab(Ground temperature) 80 Concrete Slab(Ground temperature) 55 Unconditioned Basement 60 Unconditioned Basement 55 Below Floor Crawl Space 85 Below Floor Crawl Space 50 Applicable Temperatures: Above Ceiling:Thermostat Setting Below Floor.Unconditioned Basement Exposed Walls:Above Ground Design Conditions Insulation Values(U-Factors) Occupant Sensible Load(BTUH per person) 250 Exposed Walls(Above Ground) .080 Occupant Latent Load(BTUH per person) 200 Exposed Walls(Below Ground) .5 Duct Insulation Factor: 1 Partitions .075 Duct Temperature Difference(Summer) 20 Roof/Ceiling .055 Duct Temperature Difference(Winter) 45 Floor(Above basement) .083 Humidity Difference Inside/Outside%(Summer) 20 Floor(Concrete slab) .001 Humidity Difference Inside/Outside%(Winter) 15 Floor(Between conditioned spaces) .287 Fresh Air Per Person(CFM) 2 Doors .500 Air Change Factor(Air change per hour) .5 Windows .900 Space Shading Factor .4 Air Handler Design Cooling(CFM per ton) 400 Hydronic Heat(BTUH per linear ft 600 Calculated Room Results-Summer Heat Gains Wall Heat Gain(BTUH) 0 Appliance/Elec Motor Latent Heat Gain(BTUH) 400 Ceiling or Roof Heat Gain(BTUH) 0 Appliance/Elec Motor Sensible Heat Gain(BTUH):841 Floor Heat Gain(BTUH) -208 Ventilation Latent Heat Gain(BTUH) 90 Glass Heat Gain(BTUH) 0 Ventilation Sensible Gain(BTUH) 36 Exterior Door&North Window Heat Gain(BTUH) 0 Summer Total Latent Heat Gain: 490 Solar Heat Gain(BTUH) 0 Summer Total Sensible Heat Gain(BTUH) 694 Total Transmission Heat Gain(BTUH) -208 TOTAL SUMMER COOLING LOAD(BTUH) 1184 Calculated Room Results-Winter Heat Losses Transmission Heat Losses(BTUH) 304 Latent Ventilation Heat Losses(BTUH) 67 Sensible Ventilation Heat Losses(BTUH) 577 Hydronic Heat(Linear Ft.) 2 TOTAL WINTER HEATING LOAD(BTUH) 948 Calculated Totals for Entire Structure Size of Structure(Sq.Ft.): 1240 Total Sensible Heat Gain(BTUH): 16842 Total Heat Loss(BTUH): 33525 Total Cooling Gain(BTUH): 21292 Total Hydronic Heat(Linear Ft.): 55.88 Total Cooling Requirement(Tons): 1.77 Total Latent Heat Gain(BTUH): 4449 Total Cooling CFM: 709 Disclaimer These computed results should be treated as estimates only and should be viewed as only one of the many tools required for a professional installation.The installing contractor's experience and expert judgement are also major factors in sizing and installing a complete system.The weather,customer usage,duct installation,and structure design may vary on each estimate and should be taken into account Correct system sizing is based on the systems ability to meet both latent and sensible heat requirements,not just total BTUs. Prepared 5/30/2013 using O'Brien Quick Loads Pro-Version 1.01-SN:QP-070101-30609 CALCULATION Heat Load Detail Report for Homeowner Room 4 of 9 Room Specifications: Family Room Room Length(Ft.) 17 Sq.Ft windows facing NE&NW: — Watts Incandescent Light: 100 Room Width(Ft.) 15 Sq.Ft windows facing South: 12 Watts Flourescent Light — Room Height(Ft.) 8 Sq.Ft windows facing SE&SW: — Duct Length from A/H to room: 15 Exposed Wall Length(Ft.) 20 Number of Exterior Doors: 1 Number of Large Electric Motors: — Wall against unconditioned room(Ft.):— Sq.Ft.Exterior Doors: 42 Average Electric Motor Horsepower: — Sq.Ft windows facing North: — Number of People in Room: 2 BTUH Appliance Sensible Heat: — Sq.Ft windows facing E&W: 14 BTUH Appliance Latent Heat: — Indoor/Outdoor Design Temperatures(degrees Farenheit) Summer. Winter. Inside(Thermostat setting) 85 Inside(Thermostat setting) 85 Outside(Above ground): 90 Outside(Above ground 5 Outside(Below ground): 65 Outside(Below ground) 60 Unconditioned Space 97 Unconditioned Space 65 Above Ceiling(AttictCrawl Space) 130 Above Ceiling(Attic/Crawl Space) 45 Concrete Slab(Ground temperature) 80 Concrete Slab(Ground temperature) 55 Unconditioned Basement 60 Unconditioned Basement 55 Below Floor Crawl Space 85 Below Floor Crawl Space 50 Applicable Temperatures: Above Ceiling:Attic or Crawl Space Below Floor.Thermostat Setting Exposed Walls:Above Ground Design Conditions Insulation Values(U-Factors) Occupant Sensible Load(BTUH per person) 250 Exposed Walls(Above Ground) .080 Occupant Latent Load(BTUH per person) 200 Exposed Walls(Below Ground) .5 Dud Insulation Factor 1 Partitions .075 Dud Temperature Difference(Summer) 20 Roof/Ceiling .055 Dud Temperature Difference(Winter) 45 Floor(Above basement) .083 Humidity Difference Inside/Outside%(Summer) 20 Floor(Concrete slab) .001 Humidity Difference Inside/Outside%(Winter) 15 Floor(Between conditioned spaces) .287 Fresh Air Per Person(CFM) 2 Doors .500 Air Change Factor(Air change per hour) .5 Windows .900 Space Shading Factor .4 Air Handler Design Cooling(CFM per ton) 400 Hydronic Heat(BTUH per linear ft 600 Calculated Room Results-Summer Heat Gains Wall Heat Gain(BTUH) 64 Appliance/Elec Motor Latent Heat Gain(BTUH) 400 Ceiling or Roof Heat Gain(BTUH) 631 Appliance/Elec Motor Sensible Heat Gain(BTUH):841 Floor Heat Gain(BTUH) 0 Ventilation Latent Heat Gain(BTUH) 898 Glass Heat Gain(BTUH) 107 Ventilation Sensible Gain(BTUH) 362 Exterior Door&North Window Heat Gain(BTUH) 88 Summer Total Latent Heat Gain: 1298 Solar Heat Gain(BTUH) 1204 Summer Total Sensible Heat Gain(BTUH) 3346 Total Transmission Heat Gain(BTUH) 2094 TOTAL SUMMER COOLING LOAD(BTUH) 4644 Calculated Room Results-Winter Heat Losses Transmission Heat Losses(BTUH) 4813 Latent Ventilation Heat Losses(BTUH) 674 Sensible Ventilation Heat Losses(BTUH) 5792 Hydronic Heat(Linear Ft.) 19 TOTAL WINTER HEATING LOAD(BTUH) 11278 Calculated Totals for Entire Structure Size of Structure(Sq.Ft.): 1240 Total Sensible Heat Gain(BTUH): 16842 Total Heat Loss(BTUH): 33525 Total Cooling Gain(BTUH): 21292 Total Hydronic Heat(Linear Ft.): 55.88 Total Cooling Requirement(Tons): 1.77 Total Latent Heat Gain(BTUH): 4449 Total Cooling CFM: 709 Disclaimer These computed results should be treated as estimates only and should be viewed as only one of the many tools required for a professional installation.The installing contractor's experience and expert judgement are also major factors in sizing and installing a complete system.The weather,customer usage,dud installation,and structure design may vary on each estimate and should be taken into account Correct system sizing is based on the systems ability to meet both latent and sensible heat requirements,not just total BTUs. Prepared 5/30/2013 using O'Brien Quick Loads Pro-Version 1.01-SN:QP-070101-30609 CALCULATION Heat Load Detail Report for Homeowner Room 5 of 9 Room Specifications: Bath Room Length(Ft.) 6 Sq.Ft windows facing NE&NW: — Watts Incandescent Light: 60 Room Width(Ft.) 8 Sq.Ft windows facing South: — Watts Flourescent Light: — Room Height(Ft.) 8 Sq.Ft windows facing SE&SW: — Dud Length from A/H to room: 15 Exposed Wall Length(Ft.) — Number of Exterior Doors: — Number of Large Electric Motors: — Wall against unconditioned room(Ft.):— Sq.Ft.Exterior Doors: — Average Electric Motor Horsepower: — Sq.Ft windows facing North: — Number of People in Room: 1 BTUH Appliance Sensible Heat: — Sq.Ft windows facing E&W: — BTUH Appliance Latent Heat: — Indoor/Outdoor Design Temperatures(degrees Farenheit) Summer. Winter. Inside(Thermostat setting) 85 Inside(Thermostat setting) 85 Outside(Above ground): 90 Outside(Above ground 5 Outside(Below ground): 65 Outside(Below ground) 60 Unconditioned Space 97 Unconditioned Space 65 Above Ceiling(Attic/Crawl Space) 130 Above Ceiling(Attic/Crawl Space) 45 Concrete Slab(Ground temperature) 80 Concrete Slab(Ground temperature) 55 Unconditioned Basement 60 Unconditioned Basement 55 Below Floor Crawl Space 85 Below Floor Crawl Space 50 Applicable Temperatures: Above Ceiling:Thermostat Setting Below Floor.Unconditioned Basement Exposed Walls:Above Ground Design Conditions Insulation Values(U-Factors) Occupant Sensible Load(BTUH per person) 250 Exposed Walls(Above Ground) .080 Occupant Latent Load(BTUH per person) 200 Exposed Walls(Below Ground) .5 Duct Insulation Factor 1 Partitions .075 Duct Temperature Difference(Summer) 20 Roof/Ceiling .055 Duct Temperature Difference(Winter) 45 Floor(Above basement) .083 Humidity Difference Inside/Outside%(Summer) 20 Floor(Concrete slab) .001 Humidity Difference Inside/Outside%(Winter) 15 Floor(Between conditioned spaces) .287 Fresh Air Per Person(CFM) 2 Doors .500 Air Change Factor(Air change per hour) .5 Windows .900 Space Shading Factor .4 Air Handler Design Cooling(CFM per ton) 400 Hydronic Heat(BTUH per linear ft 600 Calculated Room Results-Summer Heat Gains Wall Heat Gain(BTUH) 0 Appliance/Elec Motor Latent Heat Gain(BTUH) 200 Ceiling or Roof Heat Gain(BTUH) 0 Appliance/Elec Motor Sensible Heat Gain(BTUH):455 Floor Heat Gain(BTUH) -100 Ventilation Latent Heat Gain(BTUH) 43 Glass Heat Gain(BTUH) 0 Ventilation Sensible Gain(BTUH) 17 Exterior Door&North Window Heat Gain(BTUH) 0 Summer Total Latent Heat Gain: 243 Solar Heat Gain(BTUH) 0 Summer Total Sensible Heat Gain(BTUH) 390 Total Transmission Heat Gain(BTUH) -100 TOTAL SUMMER COOLING LOAD(BTUH) 633 Calculated Room Results-Winter Heat Losses Transmission Heat Losses(BTUH) 159 Latent Ventilation Heat Losses(BTUH) 32 Sensible Ventilation Heat Losses(BTUH) 277 Hydronic Heat(Linear Ft.) 1 TOTAL WINTER HEATING LOAD(BTUH) 469 Calculated Totals for Entire Structure Size of Structure(Sq.FQ: 1240 Total Sensible Heat Gain(BTUH): 16842 Total Heat Loss(BTUH): 33525 Total Cooling Gain(BTUH): 21292 Total Hydronic Heat(Linear Ft.): 55.88 Total Cooling Requirement(Tons): 1.77 Total Latent Heat Gain(BTUH): 4449 Total Cooling CFM: 709 Disclaimer These computed results should be treated as estimates only and should be viewed as only one of the many tools required for a professional installation.The installing contractor's experience and expert judgement are also major factors in sizing and installing a complete system.The weather,customer usage,duct installation,and structure design may vary on each estimate and should be taken into account.Correct system sizing is based on the systems ability to meet both latent and sensible heat requirements,not just total BTUs. Prepared 5/30/2013 using O'Brien Quick Loads Pro-Version 1.01-SN:QP-070101-30609 CALCULATION Heat Load Detail Report for Homeowner Room 6 of 9 Room Specifications: Hall Room Length(Ft.) 16 Sq.Ft windows facing NE&NW: — Watts Incandescent Light: 60 Room Width(Ft.) 3.5 Sq.Ft windows facing South: — Watts Flourescent Light: — Room Height(Ft.) 8 Sq.Ft windows facing SE&SW: — Duct Length from A/H to room: 15 Exposed Wall Length(Ft.) — Number of Exterior Doors: — Number of Large Electric Motors: — Wall against unconditioned room(Ft):— Sq.Ft.Exterior Doors: — Average Electric Motor Horsepower. — Sq.Ft windows facing North: — Number of People in Room: — BTUH Appliance Sensible Heat: — Sq.Ft windows facing E&W: — BTUH Appliance Latent Heat: — Indoor/Outdoor Design Temperatures(degrees Farenheit) Summer: Winter. Inside(Thermostat setting) 85 Inside(Thermostat setting) 85 Outside(Above ground): 90 Outside(Above ground 5 Outside(Below ground): 65 Outside(Below ground) 60 Unconditioned Space 97 Unconditioned Space 65 Above Ceiling(AtticlCrawl Space) 130 Above Ceiling(Attic/Crawl Space) 45 Concrete Slab(Ground temperature) 80 Concrete Slab(Ground temperature) 55 Unconditioned Basement 60 Unconditioned Basement 55 Below Floor Crawl Space 85 Below Floor Crawl Space 50 Applicable Temperatures: Above Ceiling:Attic or Crawl Space Below Floor.Thermostat Setting Exposed Walls:Above Ground Design Conditions Insulation Values(U-Factors) Occupant Sensible Load(BTUH per person) 250 Exposed Walls(Above Ground) .080 Occupant Latent Load(BTUH per person) 200 Exposed Walls(Below Ground) .5 Duct Insulation Factor 1 Partitions .075 Duct Temperature Difference(Summer) 20 Roof/Ceiling .055 Duct Temperature Difference(Winter) 45 Floor(Above basement) .083 Humidity Difference Inside/Outside%(Summer) 20 Floor(Concrete slab) .001 Humidity Difference Inside/Outside%(Winter) 15 Floor(Between conditioned spaces) .287 Fresh Air Per Person(CFM) 2 Doors .500 Air Change Factor(Air change per hour) .5 Windows .900 Space Shading Factor .4 Air Handler Design Cooling(CFM per ton) 400 Hydronic Heat(BTUH per linear ft 600 Calculated Room Results-Summer Heat Gains Wall Heat Gain(BTUH) 0 Appliance/Elec Motor Latent Heat Gain(BTUH) 0 Ceiling or Roof Heat Gain(BTUH) 139 Appliance/Elec Motor Sensible Heat Gain(BTUH):205 Floor Heat Gain(BTUH) 0 Ventilation Latent Heat Gain(BTUH) 50 Glass Heat Gain(BTUH) 0 Ventilation Sensible Gain(BTUH) 20 Exterior Door&North Window Heat Gain(BTUH) 0 Summer Total Latent Heat Gain: 50 Solar Heat Gain(BTUH) 0 Summer Total Sensible Heat Gain(BTUH) 378 Total Transmission Heat Gain(BTUH) 139 TOTAL SUMMER COOLING LOAD(BTUH) 428 Calculated Room Results-Winter Heat Losses Transmission Heat Losses(BTUH) 156 Latent Ventilation Heat Losses(BTUH) 38 Sensible Ventilation Heat Losses(BTUH) 323 Hydronic Heat(Linear Ft.) 1 TOTAL WINTER HEATING LOAD(BTUH) 517 Calculated Totals for Entire Structure Size of Structure(Sq.Ft.): 1240 Total Sensible Heat Gain(BTUH): 16842 Total Heat Loss(BTUH): 33525 Total Cooling Gain(BTUH): 21292 Total Hydronic Heat(Linear Ft.): 55.88 Total Cooling Requirement(Tons): 1.77 Total Latent Heat Gain(BTUH): 4449 Total Cooling CFM: 709 Disclaimer These computed results should be treated as estimates only and should be viewed as only one of the many tools required for a professional installation.The installing contractor's experience and expert judgement are also major factors in sizing and installing a complete system.The weather,customer usage,duct installation,and structure design may vary on each estimate and should be taken into account.Correct system sizing is based on the systems ability to meet both latent and sensible heat requirements,not just total BTUs. Prepared 5/30/2013 using O'Brien Quick Loads Pro-Version 1.01-SN:QP-070101-30609 CALCULATION Heat Load Detail Report for Homeowner Room 7 of 9 Room Specifications: Master Bedroom Room Length(Ft.) 17 Sq.Ft windows facing NE&NW: — Watts Incandescent Light: 100 Room Width(Ft.) 15 Sq.Ft windows facing South: — Watts Flourescent Light: — Room Height(Ft.) 8 Sq.Ft windows facing SE&SW: — Dud Length from A/H to room: 15 Exposed Wall Length(Ft.) 17 Number of Exterior Doors: — Number of Large Electric Motors: — Wall against unconditioned room(Ft.):— Sq.Ft.Exterior Doors: — Average Electric Motor Horsepower. — Sq.Ft windows facing North: — Number of People in Room: 2 BTUH Appliance Sensible Heat: — Sq.Ft windows facing E&W: 18 BTUH Appliance Latent Heat: — IndoorlOutdoor Design Temperatures(degrees Farenheit) Summer. Winter: Inside(Thermostat setting) 85 Inside(Thermostat setting) 85 Outside(Above ground): 90 Outside(Above ground 5 Outside(Below ground): 65 Outside(Below ground) 60 Unconditioned Space 97 Unconditioned Space 65 Above Ceiling(Attic/Crawl Space) 130 Above Ceiling(Attir/Crawl Space) 45 Concrete Slab(Ground temperature) 80 Concrete Slab(Ground temperature) 55 Unconditioned Basement 60 Unconditioned Basement 55 Below Floor Crawl Space 85 Below Floor Crawl Space 50 Applicable Temperatures: Above Ceiling:Attic or Crawl Space Below Floor.Thermostat Setting Exposed Walls:Above Ground Design Conditions Insulation Values(U-Factors) Occupant Sensible Load(BTUH per person) 250 Exposed Walls(Above Ground) .080 Occupant Latent Load(BTUH per person) 200 Exposed Walls(Below Ground) .5 Duct Insulation Factor 1 Partitions .075 Duct Temperature Difference(Summer) 20 Roof/Ceiling .055 Dud Temperature Difference(Winter) 45 Floor(Above basement) .083 Humidity Difference Inside/Outside%(Summer) 20 Floor(Concrete slab) .001 Humidity Difference Inside/Outside%(Winter) 15 Floor(Between conditioned spaces) .287 Fresh Air Per Person(CFM) 2 Doors .500 Air Change Factor(Air change per hour) .5 Windows .900 Space Shading Factor: .4 Air Handler Design Cooling(CFM per ton) 400 Hydronic Heat(BTUH per linear ft 600 Calculated Room Results-Summer Heat Gains Wall Heat Gain(BTUH) 54 Appliance/Elec Motor Latent Heat Gain(BTUH) 400 Ceiling or Roof Heat Gain(BTUH) 631 Appliance/Elec Motor Sensible Heat Gain(BTUH):841 Floor Heat Gain(BTUH) 0 Ventilation Latent Heat Gain(BTUH) 228 Glass Heat Gain(BTUH) 74 Ventilation Sensible Gain(BTUH) 92 Exterior Door&North Window Heat Gain(BTUH) 0 Summer Total Latent Heat Gain: 628 Solar Heat Gain(BTUH) 1548 Summer Total Sensible Heat Gain(BTUH) 3285 Total Transmission Heat Gain(BTUH) 2307 TOTAL SUMMER COOLING LOAD(BTUH) 3914 Calculated Room Results-Winter Heat Losses Transmission Heat Losses(BTUH) 2714 Latent Ventilation Heat Losses(BTUH) 171 Sensible Ventilation Heat Losses(BTUH) 1472 Hydronic Heat(Linear Ft.) 7 TOTAL WINTER HEATING LOAD(BTUH) 4357 Calculated Totals for Entire Structure Size of Structure(Sq.Ft.): 1240 Total Sensible Heat Gain(BTUH): 16842 Total Heat Loss(BTUH): 33525 Total Cooling Gain(BTUH): 21292 Total Hydronic Heat(Linear Ft.): 55.88 Total Cooling Requirement(Tons): 1.77 Total Latent Heat Gain(BTUH): 4449 Total Cooling CFM: 709 Disclaimer These computed results should be treated as estimates only and should be viewed as only one of the many tools required for a professional installation.The installing contractor's experience and expert judgement are also major factors in sizing and installing a complete system.The weather,customer usage,duct installation,and structure design may vary on each estimate and should be taken into account.Correct system sizing is based on the systems ability to meet both latent and sensible heat requirements,not just total BTUs. Prepared 5/302013 using O'Brien Quick Loads Pro-Version 1.01 -SN:QP-070101-30609 CALCULATION Heat Load Detail Report for Homeowner Room 8 of 9 Room Specifications: Bath#2 Room Length(Ft.) 6 Sq.Ft windows facing NE&NW: — Watts Incandescent Light: 60 Room Width(Ft.) 8 Sq.Ft windows facing South: — Watts Flourescent Light: — Room Height(Ft.) 8 Sq.Ft windows facing SE&SW: — Duct Length from A/H to room: 15 Exposed Wall Length(Ft.) — Number of Exterior Doors: — Number of Large Electric Motors: — Wall against unconditioned room(Ft.):— Sq.Ft.Exterior Doors: — Average Electric Motor Horsepower. — Sq.Ft windows facing North: — Number of People in Room: — BTUH Appliance Sensible Heat: — Sq.Ft windows facing E&W. 20 BTUH Appliance Latent Heat: — Indoor/Outdoor Design Temperatures(degrees Farenheit) Summer. Winter: Inside(Thermostat setting) 85 Inside(Thermostat setting) 85 Outside(Above ground): 90 Outside(Above ground 5 Outside(Below ground): 65 Outside(Below ground) 60 Unconditioned Space 97 Unconditioned Space 65 Above Ceiling(Attic/Crawl Space) 130 Above Ceiling(AttictCrawl Space) 45 Concrete Slab(Ground temperature) 80 Concrete Slab(Ground temperature) 55 Unconditioned Basement 60 Unconditioned Basement 55 Below Floor Crawl Space 85 Below Floor Crawl Space 50 Applicable Temperatures: Above Ceiling:Attic or Crawl Space Below Floor.Thermostat Setting Exposed Walls:Above Ground Design Conditions Insulation Values(U-Factors) Occupant Sensible Load(BTUH per person) 250 Exposed Walls(Above Ground) .080 Occupant Latent Load(BTUH per person) 200 Exposed Walls(Below Ground) .5 Duct Insulation Factor 1 Partitions .075 Duct Temperature Difference(Summer) 20 Roof/Ceiling .055 Duct Temperature Difference(Winter) 45 Floor(Above basement) .083 Humidity Difference Inside/Outside%(Summer) 20 Floor(Concrete slab) .001 Humidity Difference Inside/Outside%(Winter) 15 Floor(Between conditioned spaces) .287 Fresh Air Per Person(CFM) 2 Doors .500 Air Change Factor(Air change per hour) .5 Windows .900 Space Shading Factor .4 Air Handler Design Cooling(CFM per ton) 400 Hydronic Heat(BTUH per linear ft 600 Calculated Room Results-Summer Heat Gains Wall Heat Gain(BTUH) 0 Appliance/Elec Motor Latent Heat Gain(BTUH) 0 Ceiling or Roof Heat Gain(BTUH) 119 Appliance/Elec Motor Sensible Heat Gain(BTUH):205 Floor Heat Gain(BTUH) 0 Ventilation Latent Heat Gain(BTUH) 43 Glass Heat Gain(BTUH) 82 Ventilation Sensible Gain(BTUH) 17 Exterior Door&North Window Heat Gain(BTUH) 0 Summer Total Latent Heat Gain: 43 Solar Heat Gain(BTUH) 1720 Summer Total Sensible Heat Gain(BTUH) 2176 Total Transmission Heat Gain(BTUH) 1921 TOTAL SUMMER COOLING LOAD(BTUH) 2219 Calculated Room Results-Winter Heat Losses Transmission Heat Losses(BTUH) 1494 Latent Ventilation Heat Losses(BTUH) 32 Sensible Ventilation Heat Losses(BTUH) 277 Hydronic Heat(Linear Ft.) 3 TOTAL WINTER HEATING LOAD(BTUH) 1803 Calculated Totals for Entire Structure Size of Structure(Sq.Ft.): 1240 Total Sensible Heat Gain(BTUH): 16842 Total Heat Loss(BTUH): 33525 Total Cooling Gain(BTUH): 21292 Total Hydronic Heat(Linear Ft.): 55.88 Total Cooling Requirement(Tons): 1.77 Total Latent Heat Gain(BTUH): 4449 Total Cooling CFM: 709 Disclaimer These computed results should be treated as estimates only and should be viewed as only one of the many tools required for a professional installation.The installing contractor's experience and expert judgement are also major factors in sizing and installing a complete system.The weather,customer usage,dud installation,and structure design may vary on each estimate and should be taken into account.Correct system sizing is based on the systems ability to meet both latent and sensible heat requirements,not just total BTUs. Prepared 5/302013 using O'Brien Quick Loads Pro-Version 1.01-SN:QP-070101-30609 CALCULATION Heat Load Detail Report for Homeowner Room 9 of 9 Room Specifications: Bedroom#2 Room Length(Ft.) 17 Sq.Ft windows facing NE&NW: — Watts Incandescent Light: 100 Room Width(Ft.) 10 Sq.Ft windows facing South: — Watts Flourescent Light: — Room Height(Ft.) 8 Sq.Ft windows facing SE&SW: — Dud Length from A/H to room: 15 Exposed Wall Length(Ft.) 17 Number of Exterior Doors: — Number of Large Electric Motors: — Wall against unconditioned room(Ft.):— Sq.Ft.Exterior Doors: — Average Electric Motor Horsepower. — Sq.Ft windows facing North: — Number of People in Room: 1 BTUH Appliance Sensible Heat: — Sq.Ft windows facing E&W: 14 BTUH Appliance Latent Heat: — Indoor/Outdoor Design Temperatures(degrees Farenheit) Summer: Winter. Inside(Thermostat setting) 85 Inside(Thermostat setting) 85 Outside(Above ground): 90 Outside(Above ground 5 Outside(Below ground): 65 Outside(Below ground) 60 Unconditioned Space 97 Unconditioned Space 65 Above Ceiling(Attic/Crawl Space) 130 Above Ceiling(AttictCrawl Space) 45 Concrete Slab(Ground temperature) 80 Concrete Slab(Ground temperature) 55 Unconditioned Basement 60 Unconditioned Basement 55 Below Floor Crawl Space 85 Below Floor Crawl Space 50 Applicable Temperatures: Above Ceiling:Attic or Crawl Space Below Floor.Thermostat Setting Exposed Walls:Above Ground Design Conditions Insulation Values(U-Factors) Occupant Sensible Load(BTUH per person) 250 Exposed Walls(Above Ground) .080 Occupant Latent Load(BTUH per person) 200 Exposed Walls(Below Ground) .5 Dud Insulation Factor 1 Partitions .075 Duct Temperature Difference(Summer) 20 Roof/Ceiling .055 Duct Temperature Difference(Winter) 45 Floor(Above basement) .083 Humidity Difference Inside/Outside%(Summer) 20 Floor(Concrete slab) .001 Humidity Difference Inside/Outside%(Winter) 15 Floor(Between conditioned spaces) .287 Fresh Air Per Person(CFM) 2 Doors .500 Air Change Factor(Air change per hour) .5 Windows .900 Space Shading Factor: .4 Air Handler Design Cooling(CFM per ton) 400 Hydronic Heat(BTUH per linear ft 600 Calculated Room Results-Summer Heat Gains Wall Heat Gain(BTUH) 54 Appliance/Elec Motor Latent Heat Gain(BTUH) 200 Ceiling or Roof Heat Gain(BTUH) 421 Appliance/Elec Motor Sensible Heat Gain(BTUH):591 Floor Heat Gain(BTUH) 0 Ventilation Latent Heat Gain(BTUH) 152 Glass Heat Gain(BTUH) 57 Ventilation Sensible Gain(BTUH) 61 Exterior Door&North Window Heat Gain(BTUH) 0 Summer Total Latent Heat Gain: 352 Solar Heat Gain(BTUH) 1204 Summer Total Sensible Heat Gain(BTUH) 2427 Total Transmission Heat Gain(BTUH) 1737 TOTAL SUMMER COOLING LOAD(BTUH) 2779 Calculated Room Results-Winter Heat Losses Transmission Heat Losses(BTUH) 2248 Latent Ventilation Heat Losses(BTUH) 114 Sensible Ventilation Heat Losses(BTUH) 981 Hydronic Heat(Linear Ft.) 6 TOTAL WINTER HEATING LOAD(BTUH) 3343 Calculated Totals for Entire Structure Size of Structure(Sq.Ft.): 1240 Total Sensible Heat Gain(BTUH): 16842 Total Heat Loss(BTUH): 33525 Total Cooling Gain(BTUH): 21292 Total Hydronic Heat(Linear Ft.): 55.88 Total Cooling Requirement(Tons): 1.77 Total Latent Heat Gain(BTUH): 4449 Total Cooling CFM: 709 Disclaimer These computed results should be treated as estimates only and should be viewed as only one of the many tools required for a professional installation.The installing contractor's experience and expert judgement are also major factors in sizing and installing a complete system.The weather,customer usage,duct installation,and structure design may vary on each estimate and should be taken into account.Correct system sizing is based on the systems ability to meet both latent and sensible heat requirements,not just total BTUs. Prepared 5/302013 using O'Brien Quick Loads Pro-Version 1.01-SN:QP-070101-30609 CALCULATION Heat Load Summary Report for Homeowner Room Square Heating Loss Hydronic Heat Latent / Sensible Cooling Gain Cooling Cooling Name Ft. BTUH Linear FL Gain BTUH BTUH Tons CFM Entry/Stairs 140 7782 12.97 795 /1056 1851 0.15 62 Kitchen 168 3029 5.05 550 13090 3640 0.3 121 Dinette 100 948 1.58 490 /694 1184 0.1 39 Family Room 255 11278 18.8 1298 /3346 4644 0.39 155 Bath 48 469 0.78 243 /390 633 0.05 21 Hall 56 517 0.86 50 /378 428 0.04 14 Master Bedroom 255 4357 7.26 628 /3285 3914 0.33 130 Bath#2 48 1803 3 43 /2176 2219 0.18 74 Bedroom#2 170 3343 5.57 352 /2427 2779 0.23 93 TOTALS 1240 33525 55.88 4449 / 16842 21292 1.77 709 Disclaimer These computed results should be treated as estimates only and should be viewed as only one of the many tools required for a professional installation.The installing contractors experience and expert judgement are also major factors in sizing and installing a complete system.The weather,customer usage,duct installation,and structure design may vary on each estimate and should be taken into account.Correct system sizing is based on the systems ability to meet both latent and sensible heat requirements,not just total BTUs. Prepared 5/302013 using O'Brien Quick Loads Pro-Version 1.01-SN:QP-070101-30609 APPLICATION FOR ELECTRICAL PERMIT DEPARTMENT DECISION TOWN OF SOUTH WINDSOR PERMIT# Application is hereby: BUILDING DEPARTMENT 13�<_kjn 3BUilding OVE 1540 SULLIVAN AVENUE 644-2511 ext. 230 Bldg. Permit# Date spector -- Application must be printed or typed FEE SCHEDULE Location of Job: $041,000=$15.00 13'3,3 t� 3, 1313 p � ,— 1 114 d C c iP, Over$1,000= Street No. Street Lot No. $15.00 per$1,000 or any fraction thereof Tenant Designation Apt. No. APPLICANT lle ae,i APPLICANT ADDRESS }Y" c) 13 r GEUly APPLICANT'S PHONE# AO SS"`'r 3�`i I OWN $f OWNER -- ( 14< OWNER ADDRESS 1-4s �/s-rr.> A/Sc Cn . OWNER PHONE ESTIMATED COST$ 41 Z C--) C a �J U IS THIS A CONTRACT COST? Yes No FEE ENCLOSED$ /S TYPE OF JOB: l u{U SOR•CO New Installation Alteration/Addition/Repair a6�"3a0ilq Revised 03/05/10 APPLICATION FOR ELECTRICAL PERMIT(Continued from reverse side) TYPE OF BUILDING IS THIS APPLICATION ASSOCIATED WITH A BUILDING PERMIT APPLICATION? ❑ YES 9 NO AD RESIDENTIAL CURRENT USE AND OCCUPANCY ❑ BUSINESS ❑ ASSEMBLY FUTURE USE AND OCCUPANCY ❑ EDUCATIONAL ❑ INSTITUTIONAL ENGINEER'S NAME PHONE ❑ FACTORY ❑ STORAGE ADDRESS ❑ GARAGE ❑ MIXED USE CITY STATE ZIP (Other please specify) TYPE OF INSTALLATION/WIRING METHOD Uwe wort/c SIZE OF SERVICE SIZE OF MAIN CONDUCTORS NUMBERS OF METERS NUMBERS OF DISCONNECTS AND RATINGS NUMBERS OF PANELS NUMBERS OF DISCONNECTS REQUIRED? ❑ YES ❑ NO NUMBERS OF LIGHT CIRCUITS NUMBER OF POWER CIRCUITS NUMBER OF SWITCHES NUMBER OF OUTLETS NUMBER OF LIGHT FIXTURES NUMBER OF HEAT CIRCUITS NUMBER OF A/C CIRCUITS SEPARATE HEAT LOSS AND A/C CALCULATIONS MUST BE SUBMITTED. DESCRIPTION OF WORK ��'�^(.✓FCC: t X/S7/hl c; SI'ddG- �E"i fc 7p.ti�j /�1�1� G7Nt /J["c,.' ,iYJ Ifi}f-L THE UNDERSIGNED HEARBY APPLIES FOR A PERMIT TO PERFORM THE WORK DESCRIBED AND IS TO COMPLY WITH ALL LOCAL ORDINANCES AND STATE OF CONNECTICUT BUILDING CODES IN THE PERFOR- MANCE OF SUCH WORK G/y gy'-/3 6 C ( LT CONTRACTORS LICENSE NO. TYPE STATE f SIGNATURE OF APPLICANT DATE `I, 3 DEPARTMENT DECISION APPLICATION FOR HVAC PERMIT PERMIT# TOWN OF SOUTH WINDSOR Application ' y. BUILDING DEPARTMENT APPRO 1540 SULLIVAN AVENUE �_. � Bldg.Permit# ,� 644-2511 ext. 230 Date uilding In zctor Application must be printed or typed FEE SCHEDULE Location of Job: - in $0-$1,000=$15.00 Street No. Street Lot No. Over$1,000= $15.00 per$1,000 _. or any fraction thereof Tenant Designation Apt.No. APPLICANT l"C1F' ICErY1[_ �J�t�y� L'eS APPLICANT ADDRESS i ��`—) AV(2— _ W inrinor , CT nen9� _. APPLICANT PHONE# — `7 �O W N $f,q OWNER < OWNER ADDRESS ��'; S ! I—C CT OWNER PHONEvl C = ESTIMATED COST$ IS THIS A CONTRACT COST? Yes _No FEE ENCLOSED$ TYPE OF JOB: soR•co�� New Installation _Alteration/Addition/Repair Revised 4/01//2002 APPLICATION FOR HVAC PERMIT (Continued from reverse side) TYPE OF YSTEM: TYPE OF BUILDING: �❑ IF.ATING WSIDENTIAL/ A/C ❑COMMERCIAL ❑VENTILATION ❑INDUSTRIAL HEATING ❑STEAM LOW PRESSURE LIMIT LBS. HIGH PRESSURE LIMIT LBS. ❑HYDRONIC ❑ WARM AIR ❑UNIT RADIANT HEATER EXISTING RADIATION ADDITIONAL RADIATION TOTAL RADIATION DESIGN TEMP. OUTSIDE OF INSIDE OF DIFFERENCE OF TOTAL HEAT LOSS(BTUH) °F(HEAT LOSS SHEET MUST ACCOMPANY APPLICATION) DESC E ALL HEATING EqWPMENT(INCLUDING MAKE&MODEL NO.) re ,r r � GROSS HEATING CAPACITY(INPUT-BTUH)(1 v \ NET RATING(OUTPUT-BTUH) TYPE OF FUEL Lj ILr-GPM OIL TANK LOCATION:❑INSIDE❑OUTSIDE CAPACITY S-INPUT LPG TANK CAPACITY ELECTRIC-KW AIR CONDITIONING DESIGN TEMP.OUTSIDE OF INSIDE OF DIFFERENCE OF TOTAL HEAT GAIN(BTUH) (HEAT GAIN SHEET MUST ACCOMPANY APPLICATION) DESCRIBE ALL COOLING EQUIPMENT(INCLUDING MAKE&MODEL NO.) TONNAGE COOLING CAPACITY(BTUH) VENTILATION DESCRIBE ALL AIR HANDLING EQUIPMENT(INCLUDING KITCHEN EXHAUST EQUIPMENT) TOTAL SIZE OF SYSTEM(CFM) FRESH AIR INTAKE(CFM) (PLANS MUST ACCOMPANY APPLICATION) FURTHER DESCRIPTION OF WORK THE UNDERSIGNED HEREBY APPLIES FOR A PERMIT TO PERFORM THE WORK DESCRIBED AND IS TO COMPLY WITH ALL LOCAL ORDINANCES AND STATE OF CONNECTICUT BUILDING CODES IN THE PERFORMANCE OF SUCH WORK. A -c� � C7r CONTRACTORS LICENSE NO. TYPE STATE SIGNATURE OF APPLICANT DATE t Page 1 2/11/04 Residential Heat Loss and Heat Gain Calculation In accordance with ACCA Manual J Registered To: Aiello Plumbing Heating and Air Conditioning For: Olmstead,Anne B-Saint Marc Circle South Windsor, CT 06074 Design Conditions: wndsor locks bradley Indoor: Outdoor: Summer temperature: 72 Summer temperature: 95 Winter temperature: 70 Winter temperature: -6 Relative humidity: 50 Summer grains of moisture: 93 Daily temperature range:Medium Building Component Sensible Latent Total Total Gain Gain Heat Gain Heat Loss (BTUH) (BTUH) (BTUH) (BTUH) Whole House 1,116 sq.ft. 11,057 2,231 13,288 33,400 _( 1 tons) _ First Floor 7,786 1,960 9,746 � 25,427 Family Room 558 sq.ft. 7,786 1,960 9,746 _ ___25,427 Second Floor 3,271 271 3,542 7,973 All Rooms 558 sq.ft. 3,271 271 3,542 7,973 Whole House 1,116 sq.ft. 11,057 2,231 13,288 33,400 ( 1 tons ) HVAC-Calc Residential 4.0 by HVAC Computer Systems Ltd. 888 736-1101 Load calculations are estimates only.actual loads may vary due to weather and construction differences. A19LL6_01 CORPORAT E OFFICE P.O. Box zoo wlNosoR, CT 06095 HOME SERVICES Plumbing,Electrical,Heating&Cooling Contractors January 7, 2004 To Whom This May Concern: Aiello Plumbing, Heating & A/C authorizes Peter Butler to pull permits under license numbers S1303032 and P1203350 for our company in regards to plumbing, heating and air conditioning installations. If you have any questions you are requested to contact our office at 6884881 Sincerely, Michael Jezouit Owner/President Windsor Manchester Enfield Avon New Britain Glastonbury Middletown (860)688-4881 (860)648-2397 (860)745-1783 (860)673-7377 (860)225-5523 (860)633-3108 (860)346-8144 FAX(860)244-2820-TOLL FREE 1-888-956-4455 - CT Lic.P1-203350-S1-303032-E1-187965 Electric # APPLICATION FOR BUILDING PERMIT Plumbing# St. Marc circle Village HVAC# B Date: Z Sprinkler#FINALP S Estimated Cost $ 6 R V Building > 4, COMPLETE RED BOXED AREAS Permit Fee $ `1 Engineering Occupancy Fee $ Affidavit TYPE OR PRINT ONLY Eng. Insp. Fee $ Appr.for CO. SIGN ON REVERSE SIDE A Total Fee $ TO THE BUILDING DEPARTMENT, TOWN OF SOUTH WINDSOR, CT (Additional Cost) $ WN The undersigned hereby applies to do work according to the following: - tt1�C_ C :✓ . Applicant M7 o trrjC f Location of Work •! d o Lot No. Applicant's Address 1�i6 Xt4cnake, rd Tel # 560 ._ -BSS� Town LJ15e µe'& FCC) Zip r-46&a Lic.# 05-4 K 3G y Owner !'d Architect Owner's Address rL1a 0(13 Architect's Address _ Zip C/ Zip, Sq. Ft. New Area: 1 st Ff. 2nd Ff. 3rd Ff. Total New Area Purpose of this permit { rcooar" City Water Well J Septic System J Sewer J 7A1�{oiZa7 Ins: HO SP Cert. Area Basement Garage Approved by Date !� Use Group Construction Type Revised 1106 I hereby agree to conform to all tqRs of the Laws o State of Connecticut and the Ordinances of the Town of South Windsor and to notify the or of any alteration i the plans or specifications of the Building for which this permit is asked,and agree that t be loc d the p er distance from all street lines,side yard lines,and required distances from all other zones awhich t ng and its a is allowed. I hereby apply for a Certificate of Oupancy or a work described in this application for the permit. Signed DO NOT WRITE BELOW THIS LINE INSPECTION COMMENTS INSPECTION FIELD SHEET 03/29/23 Printed by Middleton, Morgan 08 18:46 INSPECTION: 70208 FINAL PERMIT: STATUS APPLICATION: 201401207 LOC: ST MARC CIRCLE SOUTH WINDSOR PROPERTY ID: 84900000 OWNER: CHAPEL HILL CONDO ASSOC CONTRACTOR: REQUEST BY: PROJ DESC: REMOVE EXISTING TWO LAYERS OF SHINGLES DOWN TO DECK. INSTALL WORK ORDER: INSPECTOR: 1WS-B RESULT: PASS REQUESTED: PRIORITY: SCHEDULED: COMPLETED: 03/29/23 UNPAID FEES: 00 Date Time MILEAGE: 00 TIME: TRAVEL ONSITE COMMENTS: INSPECTED BY VALERIE MUSZYNSKI - INSPECTED IN ORDER TO CLOSE OUT OLD PERMIT Gcop- ILI - yS(o Electric # A PPI .Ir ATION FOR BUILDING PERMIT Plumbing# HVAC# St. Marc Circle Village B Date: Sprinkler# 14 0 0 0 4 5 4 FINAL P VAS Estimated Cost $ t2a31, 3 Building COMPLETE RED BOXED AREAS Permit Fee $ /`fs Engineerin Occupancy Fee $ TYPE OR PRINT ONLY Eng. Insp. Fee $ Affidavit forCO. SIGN ON REVERSE SIDE - PP Total Fee $ 11'�7 TO THE BUILDING DEPARTMENT, TOWN OF SOUTH WINDSOR, CT (Additional Cost) $ � �'?I° The undersigned hereby applies to do work according to the following: 3f. MGtr' �(• og ;1/7 Applicant 6�nS • LocationofWork . '�LotNo._ Applicant's Address �IC� �/!(z/%)pf 2rC� Tel # O� Town WCS'r HA rd Zip [�61(6 Lic.#��/� 3�T Owners rl0 Architect Owner's Address Architect's Address awe( ,fl Cntyd Zip Zip Sq. Ft. New Area: 1 st FI. 2nd FI. 3rd FI. Total New Area Purpose of this permit j!�: /-00 fP,-, Sq� 7 City Water Well ] Septic System :3 Sewer 0 20 igc)l z,* Ins: HO SP Cert. 9 Area Base a Garage Approved by Date 1-�� Use Group,/ Construction Type Revised 1106 I hereby agree to conform to all the requirem e Laws of the a onnecticut and the Ordinances of the Town of South Windsor and to notify the Buildi Spector of any teration in the plans specifications of the Building for which this permit is asked,and agree that this o ilding is to be local e proper distance m all street lines,side yard lines,and required distances from all other zones and is located in which thi bui ng and it is allowed. Sign I hereby apply for a Certificate of Occupancy described in this application for the permit. Signed _ DO NOT WRITE BELOW THIS LINE INSPECTION COMMENTS INSPECTION FIELD SHEET 03/29/23 Printed by Middleton, Morgan 08 15 22 INSPECTION: 70207 FINAL PERMIT: STATUS: APPLICATION: 201401206 LOC: ST MARC CIRCLE SOUTH WINDSOR PROPERTY ID: 84900000 OWNER: CHAPEL HILL CONDO ASSOC CONTRACTOR: REQUEST BY: PROJ DESC: REMOVE EXISTING TWO LAYERS OF SHINGLES DOWN TO DECK. INSTALL WORK ORDER: INSPECTOR: WS-B RESULT: PASS REQUESTED: PRIORITY: SCHEDULED: COMPLETED: 03/29/23 UNPAID FEES 00 Date Time MILEAGE: 00 TIME: TRAVEL ONSITE COMMENTS: INSPECTED BY VALERIE MUSZYNSKI - INSPECTED IN ORDER TO CLOSE OUT OLD PERMIT