HomeMy WebLinkAbout23 KENT LN Electric # APPLICATION FOR BUILDING PERMIT
Plumb*n 23 Kent Lane
Date:
Sprin
Estimated Cost $it 6020.fia
FIN PALS Permit Fee $
Building 393 COMPLETE RED BOXED AREAS Occupancy Fee $
Engineerinpc.,5 TYPE OR PRINT ONLY Eng. Insp. Fee $
Affidavit
Appr.forCO. SIGN ON REVERSE SIDE A Total Fee $
TO THE BUILDING DEPARTMENT, TOWN OF SOUTH WINDSOR, CT (Additional Cost) $
The undersigned hereby applies to do work according to the following:
Applicant O� • c/ /�i G�a=it LocationofWork /-a --- - Lot No.
Applicant's Address 6.Z7 W /",- .'A. r7a— _Tel # _yGo��if�17�1G
Town r Z Zip 400 Lic.#
Owner ^e' L ie ok-- Architect
Owner's Address o7,3 /^ra /Lev P;2 -g— Architect's Address
JO",$a w 'ti..( fa/ • 40, Zip dj<,67 x Zip
Sq. Ft.New Area: 1 st FI. 2nd FI. 3rd FI. Total New Area
Purpose of this permit fe 5.'eZ4 f !/,'.ztZ 9` o4 X ar,e k4i,k f c _
City Water❑ Well 0 Septic System❑ Sewer❑ ,
Ins: HO SP Cert. Area Basement Garage
Approved by Date Use Group Construction Type
Revised 1108
I hereby agree to conform to all the requirements of the Laws of the State of Connecticut and the Ordinances of the Town of
South Windsor and to notify the Building Inspector of any alteration in the plans or specifications of the Building for which this
permit is asked,and agree that this building is to be located the proper distance from all street lines,side yard lines,and required
distances from all other zones and is located in which this building and its use is allowed.
Signed_ Lr — _
I hereby apply for a Certificate of Occupancy for the work described in this application for the permit.
Signed
DO NOT WRITE BELOW THIS LINE
INSPECTION COMMENTS
�e
l
APPLICATION FOR HVAC PERMIT
TOWN OF SOUTH WINDSOR BUILDING DEPARTMENT
1540 SULLIVAN AVENUE SOUTH WINDSOR, CT 06074 (PHONE) 860-644-2511 EXT. 230
DEPARTMENT DECISION
PERMIT NUMBER:
APPLICATION IS HEREBY: ll0(c)18 7
APPROVED: BLDG.PERMIT NUMBER:
/p vi"It
D TE INSPECTOR
LOCATION OF WORK: KQn-I— LA-ff
APPLICANT: OWNER: TYPE OF STRUCTURE:
/�� ( + 1 /, Q / ❑NEW BUILDING
NAME:I 1 I%C I'"I Lc-,a nd0 w S/c,, NAME: /\1 C Gl✓� �"d[ K o ADDITION
PHONE NUMBER A0- 17,Y'ST ZF S- PHONE NUMBER: S,6 6 3 3 72- STING BUILDING
ADDRESS: )3 french l e 5--A ADDRESS: 23 Kent 1-0,e
in-4;�e i a C T vL&9 Z- 5'ov11, `"'' 4,rr CT of 07,Y TYPE OF USE:
RESIDENTIAL ❑COMMERCIAL
HVAC INFORMATION: FURTHER DESCRIPTION OF WORK:
TYPE OF SYSTEM: ❑HEATING '%M/C W{,d biA l I A r y�G 3C-3ON f}H2-U( l�C
HEATING: - L 1 Z tQ e 3
TOTAL HEAT LOSS(BTUH) (HEAT LOSS SHEET REQUIRED) -,LS Z - d6 N A- 3
DESCRIBE ALL HEATING EQUIPMENT(INCLUDE MAKE AND MODEL NO.):
MIhybr`s�1 l�t,c" �s S mvlfz zo-e. }rw►LPS
ESTIMATED COST:S 16600,
AIR CONDITIONING:
DESIGN TEMP:OUTSIDE 'F INSIDE "F DIFFERENCE F° FEE ENCLOSED:S
1 2
TOTAL HEAT GAIN(BTUH)gy/ta4iEAT GAIN SHEET REQUIRED)
DESCRIBE ALL COOLING EQUPMENT(INCLUDE MAKE AND MODEL NO.):
FEE SCHEDULE:S18 PER$1,000 OF THE ESTIMATED COST.
ROUND UP TO THE NEXT THOUSAND ONCE THE PROJECT IS
$1.00 OVER. (.26 CENT EDUCATIONAL FEE INCLUDED AS PART
OF THE PERMIT FEE)
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 PERFOMANCE OF SUCH WORK.
CONTRACTORS LICENSE NO.:W6-039`�076 TYPE: S 1- STATE: CT
SIGNATURE OF APPLICANT: DATE: Li
BUILDIj4G PERMIT.
STATE OF CONNEM.CUT
WORKERS COWENSATIOIN COWSSION
Baildiug Permit AM&*for Property Owners or Sole Proprietors
(Conn.Gen.Stat.§31-286b)
Pivperty located.at
In the town of 7P,-/A
Name of building permit applicant: I
Please check one:
1._I am the owner of the above property.
2. I am the sole..proprietor of a business.
2A..Name of business l?l, 4
2B.Federal Employer Idenntification Number
..................................................................................................:.:....:...::.....
Pursuant to§31.2M.'a-property owner or sole proprietor,[who]intends to act as a general
contractor or Principal emplayer"may provide either a certificate of workers'compensation
insutanx or a"sR►c notarized atavit... stating that he an'U require proof of workers'
compensation insurance for all Oor employed on the job site in accordance with this chapter."
Please check one:
I._1 do not intend to act as a general contractor or principal employer.
[Sign and stop here]
. Signatuure of applicant .
2.._I inteW to act as-a general.contractor or principal employer.Applicant must either
FKovido a certificate of workers'compensation insurance or sign the affidavit
bblow.
....................................................................................................................
Affidavit
I hereby swear and attest that I will require proof of workers'compensation insunmcx for every
contractor,s A=UtOA aw,or other worker.before he/she=gages in work on the above property in
accordance with the Vod.&Compensation Act(C hapW 568).
I understand that.pursuant to§31-275 C01,officers of a corporation and partners in a
partnersh p m y elect to be mrchKW f OM eavaage_by_filing a waiver with the appropriate
Distant Officer and flat a sole PmP ei a business is not required t6have coverage unless he
-
-coverage.— -----
Signature of applicant
Subscii'bed and sworn to before me this day of ;200
(Notary Public/Commissioner of the Superior Court)
SUBMITTAL DATA: ' i
6,000 BTUiH WALL-MOUNTED INDOOR UNIT FORMULTI-ZONE
Job Name;
System Refe-ence: Date:
SPECIFICATIONS:
Capacity*Rated
n=
Cooling' Btulh/W 6,000
Heating at 470 Fz Bttuh/W 7,200
Rating Conditions perAHRI Standard:
'Cooling I Indoor.801 F(27o C)DB 167°F(19°C)WB;Outdoor:95'F(35o C)DB 1 75o F(24o C)WB
Indoor Unit:MSZ-GL06NA-Ul ]Heating at 47oF I Indoor:700 F(210 C)DB/600 F(160 C)WB,Outdoor 47o F(8o C)DB 1 4Y F(60 C)WB
For data on specific indoor units(all ducted,all non-ducted,and both ducted and non-ducted)
combinations,see the MXZ Technical and Service Manual.
Wireless Remote Controller Applications should be restricted to comfort cooling only;equipment cooling applications are not
recommended for low ambient temperature conditions.
PowerElectrical 208/230V, 1-Phase, 60 Hz
ACCESSORIES: Requirements J
Indoor UnitMinimum Circuit
— -
❑ Condensate Pump(BlueDiamond X87-711/721;115/230V) ,
mpacity(MCA)
a 1
In Condensate Pump(Sauermann S130-115/230;115/230V)
❑ Anti-Allergy Enzyme Filter(MAC408FT-E) ---- - --�
❑ Platinum Catalyst Deodorizing Filter(MAC-308FT-E) ' ' ' ' FL-A 0.76
❑ Drain Pan Level Sensor(DPLS2) — -
Blower . . Output W 30
Controls In Wireless Wireless Controller(MHK1) • • • In.(mm) 5/8(15)
In Wired Remote Controller PAR-32MAA(Requires MAC-3331F-E)
In Wireless Interface for kumo cloud'(PAC-USWHS002-WF-1) (Quiet
❑ Thermostat Interface(PAC-US444CN-1) DRY 145-170-237-321-399
Cooling —
WET CFM 109-134-201-286-364
Heating DRY 145-170-237-321-406
Sound - (Quiet
+e Cooling a 19-22-30-37-43
�-� y o
1 �S � C� dB(A)Heating 19-22-30-37-43
a Q li n.(rrin) 11-5/8 x 31-7/16 x 9-1/8
e)n6L 3, (295 x 798 x 232)
Lbs.(kg) 22(10)
2 aO External Finish L
Munsell 1.OY 9.2/0.2
Refrigerant Piping(Flared)
Liquid(High Pressure) 1/4(6.35)
In.(rnm)
Gas(Low Pressure) 3/8(9.52)
Specifications are subject to change without notice. 0 2016 Mitsubishi Electric US,Inc;
SUBMITTAL DATA: MSZ-GL12NA-Ul
MITSUBISHI
12,000 WALL-MOUNTED INDOOR UNIT FOR MXZ-C MULTI-ZONE HEAT-PUMP SYSTEMS AVIL ELECTRIC
Job Name.
System Reference: Date:
SPECIFICATIONS:
Capacity*Rated
Cooling' arum i w 12,000
Heating at 47e Fz Blum I W 1 14,400
*to Rating Conditions per AHRI Standard:
Indoor UnR:MSZ-GLI2NA-U1 `- wing I Indoor:8V F(27°C)DB/67'F(791 C)WB;Outdoor.951 F(35°Cp6/75°F(24°C)WB
i 'Hearing at 47•F I Indoor.70°F(21°C)DB/60°F(16'C)WB;Outdoor:47°F(8"C)DB/43•F(6°C)WB
For data on specific indoor units(all ducted,all non-ducted,and both ducted and non-ducted)
combinations,sea the MXZ Technical and Service Manual.
Wireless Remote Controller Applications should be restricted to comfort cooling only;equipment coding applications are not
recommended for low ambient temperature conditions.
Electrical Power
ACCESSORIES: Requirements
208/230V, 1-Phase, 60 Hz
Indoor Unit -
Minimum Circuit
❑ Condensate Pump(BlueDiamond X87-711/721; 115/230V) A 1
❑ Condensate Pump(Sauermann S130-115/230;115/230V) Ampacity(MCA)
❑ Anti-Allergy Enzyme Filter(MAC-408FT-E)
in Platinum Catalyst Deodorizing Filter(MAC-308FT-E) - • • • F.L.A. 0.76
❑ Drain Pan Level Sensor(DPLS2) —
I
Controls - • • w 30 �]
❑ Wireless Controller(MHK1) s • •' • s In.(mm) 5/8(15)
❑ Wired Remote Controller PAR-32MAA(Requires MAC-3331F-E)
❑ Wireless Interface for kumo cloudTm (PAC-WHS01 WF-E) Airflow Rate(Quiet . . Super
Thermostat Interface(PAC-US444CN-1)
DRY 145-170-237-321-399
Cooling -- ----
WET CFM 109-134-201-286-364
Heating DRY 145-170-237-321-406
(QuietSound Pressure Level
Lot,�+L� Cooling 19-22-30-37-45
7 /•.Y') Heating 19-22-30-37-43
External Dimensions In.(Inm) 11-5/8 x 31-7/16 x 9-1/8
(295 x 798 x 232)
- . Lbs.(kg) 22(10) -
com1' Munsell 1.0Y 9.2/0.2
titRefrigerant Piping(Flared I
Liquid(High Pressure) 1/4(6.35)
In.(mm)
Gas(Low Pressure) 3/8(9.52)
Specifications are subject to change without notice. 0 2016 Mitsubishi Electric US,Inc.
1 • A
MSZ-GL12NA-U1 Unit in.(mm)
1/16XI Oblong hole 7116z13/16 Oblong hole
Inslallalion plate 1 8-7/8 8-7/8 -1/8 m
1-7/16
0-15/16 I/1 o m e
6-1/8 6-1/8
/ I /16 I -9/16 2 1/8
9.1/8
3/16 Indoor unit Alf in ofl hole 42-9/16
,D Installation 010fe
m
Di in
�• e
1-15116 I I 24-3/8 �5 I/8 �.. I.5/8
Drain hose
4.3/16,(,'
2-5
n � /� Air out k4-3/
Insulation of-3/8 O.D
aLiquid One e1/4 19-11/16(Flared connection o1/4)
2-3116 1-I /16 I I�I a Gaaline shred-16I76
�J'r"RY-yT'I-3_!16 (Flared mmsctian:.318(GLo6709V17WAJ,.tn(GusNA))
Drain hose Insulation et-1/8 OD Connected pert e5/8 0.13
AtMITSUBISHI
ELECTRIC
COOLING & HEATING
1340 Satellite Boulevard.Suwanee,GA 30024
Toll Free:800-433-4822 www.mehvac corn
Eta US
FORM#MSZ-GL12NA-Ul FOR MXZ-C MULTI-ZONE SYSTEMS-201611
Intertek
Specifications are subject to change without notice. 0 2016 Mitsubishi Electric US,Inc.
SUBMTTAL ,. . ► rr MITSUBISHI
WLI14NDOM INVSUMELECTRIC:
Job Name:
System Reference: I Date:
C,0�de�S-ers
1>k.
11 ACCESSORIES
The outdoor unit is delivered with the base pan heater factory installed.
11 t ❑ AirAow Guide(PAC-SH96SG-E)
11' ❑ 3/8"x 1/2"Port Adapter(MAC-A454JP-E)
11 ❑ 1/2"x 3/8"Port Adapter(MAC-A455JP-E)
V, ❑ 1/2"x 5/8"Port Adapter(MAC-A456JP-E)
y' ❑ 1/4"x 3/8"Port Adapter(PAC-493PI)
y ❑ 3/8"x 518"Port Adapter(PAC-SG76RJ-E)
❑ M-NET Adapter PAC-IFOIMNT-E
Otdoor 119t WQ Fta
(For data on specilc indoor units,see the MXZ-C Technical and Service Manual.)
S eci•cations Model Name
Unit Type MXZ-3C30NAHZ2
Rated Capacity Btu/h 28,400/27,400
Cooling' Capacity Range Btu/h 6,000-28,400
(Non-ducted/Ducted)
Rated Total Input W 2,272/2,661
Rated Capacity Btu/h 28,600/27,600
Heating at 47"F" Capacity Range Btu/h 7,200-36,000
(Non-ducted/Ducted)
Rated Total Input W 2,096/2,187
Rated Capacity Btu/h 18,000/16,500
Heating at 17-F- Maximum Capacity Btu/h 28,600/27,600
(Non-ducted/Ducted)
Rated Total Input W 1,991/1,993
Heating at 5"F- Maximum Capacity Btu/h 28,600
Energy Star®(ENERGY STAR products are third-party certiLed by an EPA-recognized Certification Body.) Yes
Power Supply Voltage,Phase,Hertz 208/230V.1-Phase,60 Hz
Electrical Requirements Recommended Fuse/Breaker Size A 40
MCA A 30.5
Voltage Indoor-Outdoor S1-S2 V AC 208/230
Indoor-Outdoor S2-S3 V DC±24
Compressor DC INVERTER-driven Twin Rotary
Fan Motor ECM F.L.A. 2.43
Sound Pressure Level Cooling 54
Heating dB(A) 58
External Dimensions(H x W x D) In/mm 41-9/32 x 37-13/32 x 13
1048 x 950 x 330
Net Weight Lbs/kg 189/86
External Finish Munsell No.3Y 7.8/11
Refrigerant Pipe Size O.D.— Liquid(High Pressure) In/mm 1/4/6.35
Eight Ports Gas Low Pressure A:1/2/12.7;B,C:3/8/9.52
Max.Refrigerant Line Length Ft/m 230/70
Max.Piping Len th for Each Indoor Unit Ft/m 82/25
Max.Refrigerant Pipe Height I If IDU is Above ODU Ft/m 49/15
Difference If IDU is Below ODU 49/15
Connection Method Flared/Flared
Refrigerant R410A
Rating Conditions per AHRI Standard:
Cooing I indoor.60-F(27-C)DB 167-F(19-C)WB Heat rg at 47-F I Indoor 70-F(21-C)DB/60-F(16-C)WB Heating at 17-F I indoor..70-F a1-C)DB
Cooing I Outdoor.95-F(35-C)DB/W B.23.9-C(75-F) Heading at47-F I Outdoor.470 F(60 C)DB/43-F(6-C)NB Heating at 17-F I OUdoor:17-F(-6-C)DB/15-F(-9-C)We
SpeaLcations are subject to change without notice. 0 2017 Mitsubishi Electric US.Inc.
SPECIFICATIONS: 1 • •
OPERATING RANGE: ENERGY EFFICIENCIES:
Outdoor Indoor Unit Type SEER EER HSPF COP @ COP
47F 017F
Cooling D.B.14 to 115'F[D.B.-10 to 46'C]'1 Non-ducted
Heating W.B.-13 to 65'F[W.B.-25 to 18'C] (06+06+09) 18.0 12.5 11.0 4.00 2.65
'1.D.B.5 to 115'F[D.B.-15 to 46'C], when an optional Air Outlet Ducted and 17.00 11.40 10.40 3.85 2.58
Guide is installed. Non-ducted
Ducted 16.0 10.3 9.8 3.70 2.50
(09+09+09)
NOTES:
• Minimum of two Indoor Units must be connected to the MXZ-3C30NAHZ2.
• Minimum installed capacity cannot be less than 12,000 Btu/h.
• Total connected capacity must not exceed 130%of outdoor unit capacity.
• System can operate with only one Indoor Unit turned on.
• Information provided at 208/230V.
• For Reference:
-MXZ-C Technical&Service Manual for detailed specifications and additional information per Indoor Unit Combination.
-MXZ Series Multi Zone Indoor/Outdoor Combination Table for allowed unit combinations.
MVZ CONNECTION RULES:
• Only 1 MVZ may be used on any system.
• When an MVZ is connected,total connected capacity must be 100%or less.
• When an MVZ is connected,no P-Series indoor units can be used(PCA,PIA,or PEAR).
Notes:
Specifications are subject to change without notice. 0 2017 Mitsubishi Electric US,Inc.
1 • I
Unit:inch(mm)
-7/8' 23-5/8' -718'
0Rem At
2-13/16' 9 7/3 Intake
2-1/32' 4-19 2' 2-U Shaped Notched hole3 3/16' fFoundofion Bolt H101
13132' _V8.
A
N `
2 .
�$m
Sde At Intake*
In
Ym �
IA
01-3/32'punched hole -#1 5/16 Dron1 13/32' Air 73/32"
(Connect we hotel BDischarge ?
2-•7/8'purtched hole 2-(6/32'xt-13/32'I Oval-e
2-15/16' 'Connectingwe hole) 1Fountlallm Boll H701
2-3/32' 1 3- 71a knockoiA hole
1-5132' 1Conrteckn we hotel 37-13/32' 31/32' 13- 19/32'
D,r-.-tw a
r, =®
=0 note
• Handle Cal Handle
Handle k
• O v
m;a 8EfU i=
=® 2-3/4'
O® o
ZZ
O® F 0A5 rUrN CILq Vf'Y6.351FLARE
LIDS 8rW 8 GAS 3/8'09.521FLARE
IJ® b 1 A_LIO V{'M6.351FLARE
1� AS GAS V1'11112.71FLARE
1.FREE SPACE
•
E Lock nut Conduit plate Top
a E
3-15/16'or more r Conduit connector
U � •
• • •
1-fi/M'or more 13-25/32'u more ti
2.SERVICE SPACE E O
0
� F
Conduit plate Under
3.15116'or more
SEImE�/�
13-25/32'or more 13-25/32'a more
MITSUBISHI
/'1 ELECTRIC
COOLING & HEATING
1340 Satellite BoUeMd.SttNartee,CA30024
Toll Free:8OD4334822 v vw.rretnraceom
Sus,
FORM#MXZ-3C30NAHZ2 for Multiple Indoor Unit Styles-201712 Intertek
Specifications are subject to change without notice. 0 2017 Mitsubishi Electric US,Ina
Complete Climate Control LLC
13 Glendale Road Enfield,CT 06082
Phone:860-978-5085 Fax:860-749-0770 E-mail:mike@completeclimate.com
HTG.0394076-S1
Heat Load Detail Report for Gacek �Z
Room 6 of 6 fy� S 7,
Room Specifications: IN
Room Length(Ft.) 12 Sq.Ft windows facing NE&NW: — Watts Incandescent Light: —
Room Width(Ft.) 24 Sq.Ft windows facing South: — Watts Flourescent Light: 120
Room Height(Ft.) 7.5 Sq.Ft windows facing SE&SW: — Duct Length from A/H to room: —
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) 74 Inside(Thermostat setting) 72
Outside(Above ground): 97 Outside(Above ground 20
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) 400
Ceiling or Roof Heat Gain(BTUH) 887 Appliance/Elec Motor Sensible Heat Gain(BTUH):1010
Floor Heat Gain(BTUH) 0 Ventilation Latent Heat Gain(BTUH) 242
Glass Heat Gain(BTUH) 0 Ventilation Sensible Gain(BTUH) 448
Exterior Door&North Window Heat Gain(BTUH) 0 Summer Total Latent Heat Gain: 642
Solar Heat Gain(BTUH) 0 Summer Total Sensible Heat Gain(BTUH)
Total Transmission Heat Gain(BTUH) 887 TOTAL SUMMER COOLING LOAD(BTUH) 2987
Calculated Room Results-Winter Heat Losses
Transmission Heat Losses(BTUH) 428 Latent Ventilation Heat Losses(BTUH) 181
Sensible Ventilation Heat Losses(BTUH) 1013 Hydronic Heat(Linear Ft.)
TOTAL WINTER HEATING LOAD(BTUH) 1622
Calculated Totals for Entire Structure
Size of Structure(Sq.Ft.): 1536 Total Sensible Heat Gain(BTUH): 20781
Total Heat Loss(BTUH): 17757 Total Cooling Gain(BTUH): 24150
Total Hydronic Heat(Linear Ft.): 29.59 Total Cooling Requirement(Tons): 2.01
Total Latent Heat Gain(BTUH): 3371 Total Cooling CFM: 806
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 4/11/2018 using O'Brien Quick Loads Pro-Version 1.01-SN:QP-070101-40996
Complete Climate Control LLC
13 Glendale Road Enfield,CT 06082
Phone:860-978-5085 Fax:860-749-0770 E-mail:mike@completeclimate.com
HTG.0394076-S1
Heat Load Detail Report for Gacek
Room 5 of 6 ��
r5 s
Room Specification R Bd
Room Length(Ft.) 12 Sq.Ft windows facing NE — Watts Incandescent Light: 30
Room Width(Ft.) 8 Sq.Ft windows facing South: 8 Watts Flourescent Light: —
Room Height(Ft.) 7.5 Sq.Ft windows facing SE&SW: — Duct Length from A/H to room: —
Exposed Wall Length(Ft.) 20 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. 16 BTUH Appliance Latent Heat: —
Indoor/Outdoor Design Temperatures(degrees Farenheit)
Summer: Winter:
Inside(Thermostat setting) 74 Inside(Thermostat setting) 72
Outside(Above ground): 97 Outside(Above ground 20
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: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) 276 Appliance/Elec Motor Latent Heat Gain(BTUH) 200
Ceiling or Roof Heat Gain(BTUH) 296 Appliance/Elec Motor Sensible Heat Gain(BTUH):352
Floor Heat Gain(BTUH) 0 Ventilation Latent Heat Gain(BTUH) 81
Glass Heat Gain(BTUH) 453 Ventilation Sensible Gain(BTUH) 149
Exterior Door&North Window Heat Gain(BTUH) 0 Summer Total Latent Heat Gain: 281
Solar Heat Gain(BTUH) 1376 Summer Total Sensible Heat Gain(BTUH)
Total Transmission Heat Gain(BTUH) 2400 TOTAL SUMMER COOLING LOAD(BTUH) 3183
Calculated Room Results-Winter Heat Losses
Transmission Heat Losses(BTUH) 1790 Latent Ventilation Heat Losses(BTUH) 60
Sensible Ventilation Heat Losses(BTUH) 338 Hydronic Heat(Linear Ft.)
TOTAL WINTER HEATING LOAD(BTUH) 2188
Calculated Totals for Entire Structure
Size of Structure(Sq.Ft.): 1536 Total Sensible Heat Gain(BTUH): 20781
Total Heat Loss(BTUH): 17757 Total Cooling Gain(BTUH): 24150
Total Hydronic Heat(Linear Ft.): 29.59 Total Cooling Requirement(Tons): 2.01
Total Latent Heat Gain(BTUH): 3371 Total Cooling CFM: 806
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 4/11/2018 using O'Brien Quick Loads Pro-Version 1.01 -SN:QP-070101-40996
Complete Climate Control LLC
13 Glendale Road Enfield,CT 06082
Phone:860-978-5085 Fax:860-749-0770 E-mail:mike@completeclimate.com
HTG.0394076-S1
O
Heat Load Detail Report for Gacek
Room 4 of 6 M S
Room Specifications Front BD I, ,
Room Length(Ft.) 12 Sq.Ft windows facing &NW: Watts Incandescent Light: 30
Room Width(Ft.) 8 Sq.Ft windows facing So — Watts Flourescent Light: —
Room Height(Ft.) 7.5 Sq.Ft windows facing SE&SW: — Duct Length from A/H to room:Exposed Wall Length(Ft.) 20 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: 16 BTUH Appliance Latent Heat: —
Indoor/Outdoor Design Temperatures(degrees Farenheit)
Summer: Winter:
Inside(Thermostat setting) 74 Inside(Thermostat setting) 72
Outside(Above ground): 97 Outside(Above ground 20
Outside(Below ground): 65 Outside(Below ground) 60
Unconditioned Space 97 Unconditioned Space 65
Above Ceiling(AttictCrawl Space) 130 Above Ceiling(AttictCrawl Space) 45
Concrete Slab(Ground temperature) 80 Concrete Slab(Ground temperature) 55
55
Unconditioned Basement 60 Unconditioned Basement 50
Below Floor Crawl Space 85 Below Floor Crawl Space
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) 276 Appliance/Elec Motor Latent Heat Gain(BTUH) 200
Ceiling or Roof Heat Gain(BTUH) 296 Appliance/Elec Motor Sensible Heat Gain(BTUH):352
Floor Heat Gain(BTUH) 0 Ventilation Latent Heat Gain(BTUH) 81
Glass Heat Gain(BTUH) 302 Ventilation Sensible Gain(BTUH)
149
Exterior Door&North Window Heat Gain(BTUH) 0 Summer Total Latent Heat Gain: 281
Solar Heat Gain(BTUH) 1376 Summer Total Sensible Heat Gain(BTUH)
Total Transmission Heat Gain(BTUH) 2249 TOTAL SUMMER COOLING LOAD(BTUH) 3032
Calculated Room Results-Winter Heat Losses
Transmission Heat Losses(BTUH) 1449 Latent Ventilation Heat Losses(BTUH) 60
Sensible Ventilation Heat Losses(BTUH) 338 Hydronic Heat(Linear Ft.)
TOTAL WINTER HEATING LOAD(BTUH) �847
Calculated Totals for Entire Structure 20781
Size of Structure(Sq.Ft.): 1536 Total Sensible Heat Gain(BTUH): 24150
Total Heat Loss(BTUH): 17757 Total Cooling Gain(BTUH): 2 01
Total Hydronic Heat(Linear Ft.): 29.59 Total Cooling Requirement(Tons): 806
Total Latent Heat Gain(BTUH): 3371 Total Cooling CFM:
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 4/11/2018 using O'Brien Quick Loads Pro-Version 1.01-SN:QP-070101-40996
Complete Climate Control LLC
13 Glendale Road Enfield,CT 06082
Phone:860-978-5085 Fax:860-749-0770 E-mail:mike@completeclimate.com
HTG.0394076-S1
l
Heat Load Detail Report for Gacek
Room 3 of 6
Room Specifications comp area
Room Length(Ft.) 24 Sq.Ft windows facing — Watts Incandescent Light: —
Room Width(Ft.) 12 Sq.Ft windows facing South: — Watts Flourescent Light: 60
Room Height(Ft.) 10 Sq.Ft windows facing SE&SW: — Duct Length from A/H to room: —
Exposed Wall Length(Ft.) 12 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: 8 Number of People in Room: 2 BTUH Appliance Sensible Heat: —
Sq.Ft windows facing E&W: 21 BTUH Appliance Latent Heat: —
Indoor/Outdoor Design Temperatures(degrees Farenheit)
Summer: Winter:
Inside(Thermostat setting) 74 Inside(Thermostat setting) 72
Outside(Above ground): 97 Outside(Above ground 20
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: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 It 600
Calculated Room Results-Summer Heat Gains
Wall Heat Gain(BTUH) 221 Appliance/Elec Motor Latent Heat Gain(BTUH) 400
Ceiling or Roof Heat Gain(BTUH) 887 Appliance/Elec Motor Sensible Heat Gain(BTUH):755
Floor Heat Gain(BTUH) 0 Ventilation Latent Heat Gain(BTUH) 322
Glass Heat Gain(BTUH) 396 Ventilation Sensible Gain(BTUH) 597
Exterior Door&North Window Heat Gain(BTUH) 77 Summer Total Latent Heat Gain: 722
Solar Heat Gain(BTUH) 1806 Summer Total Sensible Heat Gain(BTUH) 474
Total Transmission Heat Gain(BTUH) 3387 TOTAL SUMMER COOLING LOAD(BTUH) 5462
Calculated Room Results-Winter Heat Losses
Transmission Heat Losses(BTUH) 1997 Latent Ventilation Heat Losses(BTUH) 242
Sensible Ventilation Heat Losses(BTUH) 1351 Hydronic Heat(Linear Ft.)
TOTAL WINTER HEATING LOAD(BTUH) 3589
Calculated Totals for Entire Structure
Size of Structure(Sq.Ft.): 1536 Total Sensible Heat Gain(BTUH): 20781
Total Heat Loss(BTUH): 17757 Total Cooling Gain(BTUH): 24150
Total Hydronic Heat(Linear Ft.): 29.59 Total Cooling Requirement(Tons): 2.01
Total Latent Heat Gain(BTUH): 3371 Total Cooling CFM: 806
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 4/112018 using O'Brien Quick Loads Pro-Version 1.01 -SN:QP-070101-40996
Complete Climate Control LLC
13 Glendale Road Enfield,CT 06082
Phone:860-978-5085 Fax:860-749-0770 E-mail:mike@completeclimate.com
HTG.0394076-S1
Heat Load Detail Report for Gacek C
Room 2 of 6 5J
Room Specifications(�j
Room Length(Ft.) 24 Sq.Ft windows facing N — Watts Incandescent Light: —
Room Width(Ft.) 20 Sq.Ft windows facing South: — Watts Flourescent Light: —
Room Height(Ft.) 7.5 Sq.Ft windows facing SE&SW: — Duct Length from A/H to room: —
Exposed Wall Length(Ft.) 44 Number of Exterior Doors: — 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: 2 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) 74 Inside(Thermostat setting) 72
Outside(Above ground): 97 Outside(Above ground 20
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) 607 Appliance/Elec Motor Latent Heat Gain(BTUH) 400
Ceiling or Roof Heat Gain(BTUH) 1478 Appliance/Elec Motor Sensible Heat Gain(BTUH):500
Floor Heat Gain(BTUH) 0 Ventilation Latent Heat Gain(BTUH) 403
Glass Heat Gain(BTUH) 151 Ventilation Sensible Gain(BTUH) 747
Exterior Door&North Window Heat Gain(BTUH) 203 Summer Total Latent Heat Gain: 803
Solar Heat Gain(BTUH) 688 Summer Total Sensible Heat Gain(BTUH)
Total Transmission Heat Gain(BTUH) 3127 TOTAL SUMMER COOLING LOAD(BTUH) 5177
Calculated Room Results-Winter Heat Losses
Transmission Heat Losses(BTUH) 2885 Latent Ventilation Heat Losses(BTUH) 302
Sensible Ventilation Heat Losses(BTUH) 1688 Hydronic Heat(Linear Ft.)
TOTAL WINTER HEATING LOAD(BTUH) 4876
Calculated Totals for Entire Structure
Size of Structure(Sq.Ft.): 1536 Total Sensible Heat Gain(BTUH): 20781
Total Heat Loss(BTUH): 17757 Total Cooling Gain(BTUH): 24150
Total Hydronic Heat(Linear Ft.): 29.59 Total Cooling Requirement(Tons): 2.01
Total Latent Heat Gain(BTUH): 3371 Total Cooling CFM: 806
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 4/11/2018 using O'Brien Quick Loads Pro-Version 1.01-SN:QP-070101-40996
Complete Climate Control LLC
13 Glendale Road Enfield,CT 06082
Phone:860-978-5085 Fax:860-749-0770 E-mail:mike@completeclimate.com
HTG.0394076-S1 rY1 I
Heat Load Detail Report for Gacek
Room 1 of 6
Room Specification Room Length(Ft.) 24 Sq.Ft windows facing NEC — Watts Incandescent Light: —
Room Width(Ft.) 12 Sq.Ft windows facing South: — Watts Flourescent Light: 60
Room Height(Ft.) 7.5 Sq.Ft windows facing SE&SW: — Duct Length from A/H to room: —
Exposed Wall Length(Ft.) 48 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: 8 Number of People in Room: 2 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) 74 Inside(Thermostat setting) 72
Outside(Above ground): 97 Outside(Above ground 20
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: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) 662 Appliance/Elec Motor Latent Heat Gain(BTUH) 400
Ceiling or Roof Heat Gain(BTUH) 887 Appliance/Elec Motor Sensible Heat Gain(BTUH):755
Floor Heat Gain(BTUH) 0 Ventilation Latent Heat Gain(BTUH) 242
Glass Heat Gain(BTUH) 151 Ventilation Sensible Gain(BTUH) 448
Exterior Door&North Window Heat Gain(BTUH) 77 Summer Total Latent Heat Gain: 642
Solar Heat Gain(BTUH) 688 Summer Total Sensible Heat Gain(BTUH)
Total Transmission Heat Gain(BTUH) 2466 TOTAL SUMMER COOLING LOAD(BTUH) �10
Calculated Room Results-Winter Heat Losses
Transmission Heat Losses(BTUH) 2441 Latent Ventilation Heat Losses(BTUH) 181
Sensible Ventilation Heat Losses(BTUH) 1013 Hydronic Heat(Linear Ft.)
TOTAL WINTER HEATING LOAD(BT )�3635
Calculated Totals for Entire Structure
Size of Structure(Sq.Ft.): 1536 Total Sensible Heat Gain(BTUH): 20781
Total Heat Loss(BTUH): 17757 Total Cooling Gain(BTUH): 24150
Total Hydronic Heat(Linear Ft.): 29.59 Total Cooling Requirement(Tons): 2.01
Total Latent Heat Gain(BTUH): 3371 Total Cooling CFM: 806
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 4/11/2018 using O'Brien Quick Loads Pro-Version 1.01 -SN:QP-070101-40996
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APPLICATION FOR ELECTRICAL PERMIT
TOWN OF SOUTH WINDSOR BUILDING DEPARTMENT
1540 SULLIVAN AVENUE SOUTH WINDSOR, CT 06074(PHONE) 860-644-2511 EXT. 230
DEPARTMENT DECISION PERMIT NUMBER:
APPLICATION IS HEREBY: D Q O ( ( b
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DATE INSPECTOR
LOCATION OF WORK:
APPLICANT: OWNER: TYPE OF STRUCTURE:
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NUMBER OF METERS:
NUMBER OF PANELS:
NUMBER OF LIGHT CIRCUITS: ESTIMATED COST:S I-7 5-u •0D
NUMBER OF SWITCHES:
NUMBER OF LIGHT FIXTURES: FEE ENCLOSED:S 3�
NUMBER OF A/C CIRCUITS: L6
FEE SCHEDULE:$18 PER$1,000 OF THE ESTIMATED COST.
NUMBER OF POWER CIRCUITS: ROUND UP TO THE NEXT THOUSAND ONCE THE PROJECT
IS SI.00 OVER (.26 CENT EDUCATIONAL FEE INCLUDED AS
NUMBER OF OUTLETS: PART OF THE PERMIT FEE)
THE UNDERSIGNED HEARBY APPLIES FOR A PERMIT TO PERFORM THE WORK DESCRIBED AND IS TO COMPLY WITH ALL LOCAL
ORDINANCES AND STATE OF CONNECTICUT B/rUIILDING CODES IN THE PERF/OMANCE OF SUCH WORK.
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HEREBY CERTIFY THIS PLAN D a M ASSOCIATES
TO GE SUSSTANTIALLY CORRECT; LAND SURVEYING 9 LAND PLANNING
ENGINEERING
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' BLOOMFIELD CONNECTICUT
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I HEREBY CERTIFY THIS PLAN D $ M ASSOCIATES
TO BE SUBSTANTIALLY CORRECT; LAND SURVEYING 9 LAND PLANNING
f ENGINEERING
` BLOOMFIELD CONNECTICUT
�. SCALE DATE REVISED COMM. NO,
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DEPARTMENT DECISION APPLICATION FOR ELECTRICAL PERMIT
PERMIT#
Application is hereby: TOWN OF SOUTH WINDSOR 3 3
BUILDING DEPARTMENT
APPROVED 1540 SULLIVAN AVENUE Bldg.Permit#
644-2511 ext. 230 0 6 ?7
ate Building Inspector
Application must be printed or typed
Location of Job:
FEE SCHEDULE FTenant
K e t i s r,�
$0-$1,000=$15.00 ►1T h Street Lot No.
Over$1,000=
$15.00 per$1,000 or any fraction thereof gnation Apt.No.
APPLICANT _I hnna. Q ac&k
APPLICANT ADDRESS 93
,So-u4k
APPLICANT PHONE# b / - S'?QQ_
SOWN SN � ✓ � l n
OWNER . R10, A + b✓ c✓ (5Q
OWNER ADDRESS 'L3
7
,r OWNER PHONE
� p
C ESTIMATED COST$ I o o
IS THIS A CONTRACT COST? —Yes —No
FEE ENCLOSED$
TYPE OF JOB:SO R•C o New Installation
Alteration/Addition/Repair
Revised 4/01//2002
APPLICATION FOR ELECTRICAL PERMIT (Continued from reverse side)
TYPE OF BUILDING IS THIS APPLICATION ASSOCIATED WITH A
BUILDING PERMIT APPLICATION? ❑ YES Ll NO
❑RESIDENTIAL
❑BUSINESS CURRENT USE AND OCCUPANCY
0 ASSEMBLY
❑MERCANTILE F U I`URE USE AND OCCUPANCY
O EDUCATIONAL
0 INSTITUTIONAL
❑FACTORY ENGINEER'S NAME PHONE
❑ STORAGE
0 GARAGE ADDRESS
❑MDCED USE
CITY STATE ZIP
(Other please specify)
TYPE OF INSTALLATION/WIRING METHOD
SIZE OF SERVICE SIZE OF MAIN CONDUCTORS
NUMBER OF METERS NUMBER OF DISCONNECTS AND RATINGS
NUMBER OF PANELS REMOTE DISCONNECT REQUIRED? ❑YES ❑NO
NUMBER 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.
qq _nn l 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.
i4w�e ucu li ev
CONTRACTORS LICENSE NO. TYPE STATE
SIGNATURE OF APPLICANT i�l n/A1&n dz DATE 0 L V 13 \
n
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Off. �rOUNI)ATTOt, LOCATED AS SHO '
D
APR 1 8 U6
South Windsor
BUILDING DEPARTMENT
u t.Jf jY..a•f. t . I%vltt r.l,w
-w� certi'. 0 rut tnis Flan .Ind speeifiontions Pre if'
70,iat of ti+e proposed 9u11ding or alterations to br
erected at
t-gether with amendments stated in apPlieation
filed w.th plan and I agree to comply with all zonin.,
buildirg and statt InJ and sacii orders as shall c
issued by the t widing Oeoa+tment during pende—
at this application and final issuance of a buildin.
&C permit.O
Signed U �-��
this pl.m c n
lc subject subject tc the ditlon the
^rdcrs i^and:ds raguiating building shall b�
Approved These tiled with
Cler
/� /� ( Ruii�'in�—/n9p•.rt�or/ k
No.
CERTIFICATION OF ZONING COMPLIANCE
Proposed building(s). us?(s) and.for struc'
as cr1o,.,.n on ►h!s p'an tc i
con' t -- -, wi±h cur-�i7 e-E'th
regu: `Jariances and speciA ex-,,-is
ma; >r_ly.
Date O
ni g no mimt Oftw
Electric# APPLICATION FOR BUILDING PERMIT
Pluthbing# 23 Kent Lane Date:Ck4iAj f b O b
HVAC #
Sprinkle P 32467 _ Estimated Cost $ co ,Co
FINALBuildin 0� COMPLETE RED BOXED AREAS Permit Fee $
Engine e g �� � TYPE OR PRINT ONLY Occupancy Fee $ to
ffi -.
Adavi Eng. Insp. Fee $
Appr. for C 3 ! SIGN ON REVERSE SIDE , Total Fee $ 70. C o
TO THE B I ING DEPARTMENT,TOWN OF SOUTH WINDSOR, CT (Additional Cost) $ C L4 l6a4 3
The undersigned hereby applies to do work according to the following: C .- ft �„(,
Applicant 1M . Q�• 10 5 j A K F L L 1 2 Location of Work 1 E N T L.A N C- Lot No.
Applicant's Address fo J. A RD E I S j• Tel.#5�-Sr9s k —b IY41 -1 6 4 I
Town E h S T }j Kf,T F c 0.A C T• Zip C(g I oS: Lic.# S c O 6 li 9
Owner R1c-MAR) r Oc/VA A C-,J+SEY� Architect
Owner's Address 7,3 arc E fvT i AfVr Architect's Address
S - VW i IV D S O Q Zip-0—L,Q y Zip_.
Sq. Ft. New Area: 1 st Fl. 2nd Fl. 3rd Fl. - Total New Area
Purpose of this permit E: P RW f: TIN C, 'O E tk h S PG R p IV lea k.2y
City Water Wello Septic System❑ Sewer
Ins: HO SP Cert. Area Basement Garage
Approved ate -Z Use Group�s Construction Type
Revised 6102
I hereby agree to conform to all the requirements of the Laws of the State of Connecticut and the Ordinances of the Town of
South Windsor and to notify the Building Inspector of any alteration in the plans or specifications of the Building for which this
permit is asked,and agree that this uilding is to be located the proper distance from all street lines,side yard lines,and required
distances from all other zones an is located in which this building and its use is allowed
Signed Y!
I hereby apply for a Cert4ficate of Occupancy for the work described in this application for the permit.
Signed
DO NOT WRITE BELOW THIS LINE
INSPECTION COMMENTS
Electric # F-3 33 APPLICATION FOR BUILDING PERMIT
Plumbing# 23 Kent Lane Date: 1[f.5!(
HVAC # 7
Sprinkler# 29697 --- Estimated Cost $
FINAL APPROVALS --EL�� SIGN
- - - - - _" _
Permit Fee $ /,3SBuilding PLETE RED BOXED AREASEn ineerin Occupancy Fee $ /O
Affidavit g TYPE OR PRINT ONLY Eng. Insp. Fee $
Appr. for CO. -A ON REVERSE SIDE Total Fee $ /yS. `rO
TO THE BUILDING DEPARTMENT,TOWN OF SOUTH WINDSOR,CT (Additional Cost) $
The undersigned hereby applies to do work according to the following:
Applican MrA V)0« Q G Location of Work a13 Kc,.,vjC kc.nt . Lot No.
Applicant's Address Q3 Kenf Tel.#
Town S WM V Zip O Uly Lic.#
Owner to K Architect
Owner's Address a3 heck LZ,&4- Architect's Address
SR._1r1n 1N�n dsw �, ZiPA,09 Zip
Sq. Ft. New Area: 1st R. 2nd FI. 3rd FI. Total New Area 4 4
Purpose of this permit I 0 1 N 1 S� Al- 0r- ESL M UNT — 6tne:o,,,j +o d o -(�, ,54V wog k
City Waterq, Well❑ Septic System❑ Sewer'
Ins: HO SP Cert. Area Basement_Garage
Approved by�JIC�— Date 6 v Use Group 1 >' Construction Type
Revfsad 6102
I hereby agree to conform to all the requirements of the Laws of the State of Connecticut and the Ordinances of the Town of
South Windsor and to notify the Building Inspector of any alteration in the plans or specifications of the Building for which this
permit is asked,and agree that this building is to be bcated the proper distance from all street lines,side yard lines.and required
distances from all other zones and is k)cated in wh this building
�and its use is allowed.
Signed Q/ r/'Lti /)"it"LA,f ,
I hereby apply for a Certificate of Occu ncy for the work described in this application for the permit
7
Signed -�^,�iCL'/'(
DO NOT WRITE BELOW THIS LINE
INSPECTION COMMENTS
l
� t
Inspection / Approval Date By Appl
Code Description Due Whom Code Comment
--------------------------------------------------------------1-------�--------
**-29697-B 9,000
B03 FRAMING (ROUGH) 06/19/03 CJD A
E03 ROUGH 06/19/03 CJD A
B04 INSULATION 06/20/03 CJD A
B10 FINAL 08/04/03 WNB A WITH OWNER
B10 FINAL 08/04/03 WNB A CLOSEOUT
**-18333-E 900
f +
Inspection / Approval Date By Appl
Code Description Due Whom Code Comment
-------------------------------------------------------------------------------
**-32467-B 4,000
B10 FINAL 05/01/06 JFF D STAIRS OPEN RISERS CALLED CONTRACTOR TO
CORRECT AND CALL
B10 FINAL 05/03/06 JFF A RISERS CLOSED
13000257 TOWN OF SOUTH WINDSOR, CT
PERMIT NUMBER BUILDING PERMIT
DATE: 05/24/2013
GIS ID:50100023 �� s' FEE: 409.00
MUNIS APPLICATION# 201300706 '-$ �� A ' �' �'=BUILDING DESCRIPTION:
APPLICANTp{ `.� ro LOCATION
NAME: MICHAUD HOME IMPROVEMENT.,- ADDRESS: '�23£I�ENT LANE
ADDRESS: 627 WEST MAIN STREET, 1 �� OWNER:,- GACEK DONNA
AMSTON,CT 06231 ' ' �; ., 23 KENT LANE
SOUTH WINDSOR,CT 06074
DESCRIPTION OF WORK:
SPECIAL CONDITIONS: *
ALL WORK TO BE DONE IN ACCORDANCE WITH THE'`APPLICATION,AND,PLANS°APPROVED BY THE BUILDING DEPARTMENT.
CONSTRUCTION TYPE: }
OCCUPANCY GROUP: .«.>g '`� �= • t "' BUILDING OFFICIAL
5/24/2013 10:31 AM THE FEE ABOVE INCLUDES A$0.26 PER THOUSAND CT STATE EDUCATION SURCHARGE
1800187 TOWN OF SOUTH WINDSOR, CT
PERMIT NUMBER HVAC PERMIT
DATE: 04/23/2018
GIS ID:50100023 FEE: 288.00
MUNIS APPLICATION# 201800501 BUILDING DESCRIPTION:
APPLICANT LOCATION
NAME: COMPLETE CLIMATE CONTROL ADDRESS: 23 KENT LANE
ADDRESS: 13 GLENDALE ROAD OWNER: GACEK DONNA
ENFIELD,CT 06082 23 KENT LANE
SOUTH WINDSOR,CT 06074
DESCRIPTION OF WORK: INSTALLATION OF MITSUBISHI DUCTLESS MULTI-ZONE HEAT PUMPS.
SPECIAL CONDITIONS:
ALL WORK TO BE DONE IN ACCORDANCE WITH THE APPLICATION AND PLANS APPROVED BY THE BUILDING DEPARTMENT.
CONSTRUCTION TYPE:
OCCUPANCY GROUP: BUILDING OFFICIAL
4/23/2018 11:04 AM THE FEE ABOVE INCLUDES A$0.26 PER THOUSAND CT STATE EDUCATION SURCHARGE
1800110 TOWN OF SOUTH WINDSOR, CT
PERMIT NUMBER ELECTRICAL PERMIT
DATE: 04/23/2018
GIS ID: 50100023 FEE: 36.00
MUNIS APPLICATION# 201800501 BUILDING DESCRIPTION:
APPLICANT;,'., LOCATION
NAME: GOEHRING ELECTRIC,LLC ADDRESS: 23 KENT LANE
ADDRESS: 126 SOUTH ROAD OWNER: GACEK DONNA
BOLTON,CT 06043 ;" _23 .KENT LANE
SOUTH WINDSOR,CT 06074
....,
DESCRIPTION OF WORK: WIRING OF 2 DUCTLESS SPLIT HVAC SYSTEMS.
SPECIAL CONDITIONS:
ALL WORK TO BE DONE IN ACCORDANCE WITH THE APPLICATION AND PLANS APPROVED BY THE BUILDING DEPARTMENT.
CONSTRUCTION TYPE:
OCCUPANCY GROUP: BUILDING OFFICIAL
4/23/2018 11:04 AM THE FEE ABOVE INCLUDES A$0.26 PER THOUSAND CT STATE EDUCATION SURCHARGE