calculations HVAC Design Report
'7. = ENERGY STAR Certified Homes, Version 3 / 3.1 (Rev. 08)
ram= 1
HVAC Designer Responsibilities:
•Complete one lit/AC Design Report for each system design for a house plan,created for either the specific plan configuration(i.e.,elevation,
option,orientation,&county)of the home to be certified or for a plan that is intended to be built with potentially different configurations(i.e.,
different elevations,options,and/or orientations).Visit www.energystar.gov/newhomeshvacdesign and see Footnote 2 for more information.
•Obtain efficiency features(e.g.,window performance,insulation levels,and infiltration rate)from the builder or Home Energy Rater.
•Provide the completed HVAC Design Report to the builder or credentialed FIVAC contractor and to the Home Energy Rater.
11.Design Overview
1.1 Designer name: Adam DeVit Designer company:Thermal Associates Date:Apr 12,2019
1.2 Select which party you are providing these design services to: •Builder or o Credentialed HVAC contractor
1.3 Name of company you are providing these design services to(if different than Item 1.1): Hilltop Construction
1.4 Area that system serves: •Whole-house D Upper-level D Lower-level D Other
1.5 Is cooling system for a temporary occupant load? o Yes •No
1.6 House plan: Check box to indicate whether the system design is site-specific or part of a group:
•Site-specific design.Option(s)&elevation(s)modeled:
I=Group design.Group#:0 out of 0 total groups for this house plan. Configuration modeled:
Designer
.2.Whole-House Mechanical Ventilation Design Verified
Airflow:
2.1 Ventilation airflow design rate&run-time meet the requirements of ASHRAE 62.2-2010 or 2013 I•
2.2 Ventilation airflow rate required by 62.2 for a continuous system 70 CFM -
2.3 Design for this system:Vent.airflow rate: 70 CFM Run-time per cycle: 0 minutes Cycle time: 0 minutes -
System Type&Controls:
2.4 Specified system type: 0 Supply D Exhaust •Balanced -
2.5 Specified control location: (e.g.,Master bath,utility room) -
2.6 Specified controls allow the system to operate automatically,without occupant intervention El
2.7 Specified controls include a readily-accessible ventilation override and a label has also been specified if its function is not 0
obvious (e.g.,a label is required for a standalone w all sw itch, but not for a sw itch that's on the ventilation equipment)
2.8 No outdoor air intakes designed to connect to the return side of the HVAC system,unless specified controls operate 0
_ intermittently and automatically based on a timer and restrict intake when not in use(e.g.,motorized damper)
Sound: 2.9 The fan of the specified system is rated 5 3 sones if intermittent and 5 1 sone if continuous,or exempted o
Efficiency:
2.10 If system utilizes the HVAC fan,then the specified fan type in Item 4.7 is ECM/ICM,or the specified controls will reduce El
the standalone ventilation run-time by accounting for hours when the HVAC system is heating or cooling
_ 2.11 If bathroom fans are specified as part of the system,then they are ENERGY STAR certified o
Air Inlet Location: (Complete this section if system has a specified air inlet location;otherw ise check"WA") El N/A
2.12 Inlet pulls ventilation air directly from outdoors and not from attic,crawlspace,garage,or adjacent dwelling unit 0
2.13 hlet is z 2 ft.above grade or roof deck;z 10 ft.of stretched-string distance from known contamination sources (e.g., o
stack,vent,exhaust,vehicles)not exiting the roof,and Z 3 ft.from known sources exiting the roof
3.Room-by-Room Heating&Cooling Loads
3.1 Room-by-room loads calculated using: lir Unabridged ACCA Manual J v8 El 2013 ASHRAE Fundamentals 0 Other per AHJ -
3.2 Indoor design temperatures used in loads are 70°F for heating and 75°F for cooling MN
3.3 Outdoor design temperatures used in loads:(See Footnote 12 and energystar.gov/hvacdesigntemps) -
County&State selected:Washington, NY Cooling season: 85°F Heating season: -10°F
3.4 Number of occupants used in loads: 2 -
3.5 Conditioned floor area used in loads: 5492 Sq. Ft. -
3.6 Window area used in loads: 402 Sq. Ft. -
3.7 Predominant window SHGC used in loads: 0.31 -
3.8 Infiltration rate used in loads: Summer: 0.10 Winter: 0.22 -
3.9 Mechanical ventilation rate used in loads: 70 CFM -
Loads At Design Conditions(kBtuh) N NE E SE S SW W NW -
3.10 Sensible heat gain(By orientation) 18.3 16.8 15.3 13.7 16.1 16.6 16.5 15.4 _
Cooling 3.11 Latent heat gain(Not by orientation) 2.2 -
3.12 Total heat gain(By orientation) I 20.5 I 19.0 I 17.5 I 15.9 I 18.3 I 18.8 I 18.7 I 17.6 I _
_ 3.13 Maximum-minimum total heat gain(Item 3.12)across orientations= 4.5 kBtuh I Variation is<_6 kBtuh NI
Heating 3.14 Total heat loss(Not by orientation) 63.6 -
Bold/italic values have been manually overridden
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- -- Right-Suite®U niversal 2018 18.0.31 RSU24121 Page 1
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HVAC Design Report
r=t,-A ENERGY STAR Certified Homes, Version 3 / 3. 1 (Rev. 08)
Designer
4.Heating&Cooling Equipment Selection Verified
4.1 Equipment selected per ACCA Manual S(see Footnote 19&20) o
Air Conditioner I Heat Pump (Complete if air conditioner or heat cu mo will be installed:otherwise check N/A') o N/A
4.2 Equipment type: •Cooling-only air conditioner or o Cooling&heating heat pump -
4.3 Condenser manufacturer&model: Johnson Controls,Unitary Products-Commercial YCE30B21 -
4.4 Evaporator/fan coil manufacturer&model: Johnson Controls, Unitary Products-Commercial FC/MC/PC35B+TM9Y080B12MP11
4.5 AHRI reference#: 8436978
4.6 AHRI listed efficiency: 11.25/ 14 EER/SEER Air-source heat pump: HSPF Ground-source heat pump: COP -
4.7 Evaporator fan type: O PSC 0 ECM/ICM -Other: -
4.8 Compressor type: •Single-speed 0 Two-speed f]Variable-speed -
4.9 Latent capacity at design conditions,from OEM expanded performance data: 0 kBtuh -
4.10 Sensible capacity at design conditions,from OEM expanded performance data: 0 kBtuh -
4.11 Total capacity at design conditions,from OEM expanded performance data: 0 kBtuh -
4.12 Air-source heat pump capacity: At 17°F: 0 kBtuh At 47°F: 0 kBtuh I•N/A -
4.13 Cooling sizing%=Total capacity(Item 4.11)divided by maximum total heat gain(Item 3.12): 0% -
4.14 Complete this Item if Condition B Climate w ill be used to select sizing limit in Item 4.15.Otherw ise,check"N/A": •N/A -
4.14.1 Load sensible heat ratio=Max.sensible heat gain(Item 3.10)/Max.total heat gain(Item 3.12) = 89% -
4.14.2 HDD/CDD ratio(Visit energystar.gov/hvacdesigntemps to determine this value for the design location) 3.3 -
4..15 Check box of applicable cooling sizing limit from chart below: -
Equipment Type(Per Item 4.2)& Compressor Type(Per Item 4.8)
Climate Condition(Per Item 4.14) Single-Speed I Two-Speed I Variable-Speed
For Cooling-Only Equipment or Recommended:90-115% Recommended:90-120% Recommended:90-130%
For Cooling Mode of Heat Pump in Allowed:90-130% CI Allow ed:90-140% o Allowed:90-160%
Condition A Climate
For Cooling Mode of Heat Pump in p 90%-100%,plus 15 kBtuh 0 90%-100%,plus 15 kBtuh I= 90%-100%,plus 15 kBtuh
Condition B Climate
4.16 Cooling sizing%(4.13)is within cooling sizing limit(4.15) =
Furnace (Complete if furnace will be installed:otherwise check"N/A') o N/A
4.17 Furnace manufacturer&model: York TM9Y080B12MP11 _
4.18 Listed efficiency: 96 AFUE -
4.19 Total capacity: 77 kBtuh -
4.20 Heating sizing%=Total capacity(Item 4.19)divided by total heat loss(Item 3.14): 121% _
4.21 Check box of applicable heating sizing limit from chart below: -
When Used for Heating Only When Paired With Cooling
0 100-140% • Recommended:100-140%Allowed: 100-200%
4.22 Heating sizing%(4.20)is within heating sizing limit(4.21) I•
5.Duct Design (Complete if heatino or cooling equipment will be installed with ducts:otherwise check"N/A") o N/A
5.1 Duct system designed for the equipment selected in Section 4,per ACCA Manual D •
5.2 Design HVAC fan airflow: Cooling mode 947 CFM Heating mode 947 CFM -
5.3 Design HVAC fan speed setting(e.g.,low,medium,high): Cooling mode Medium Heating mode Medium - I
5.4 Design total external static pressure(corresponding to the mode with the higher airflow in Item 5.2): 0 IWC -
5.5 Room-by-room design airflows documented below(which must sum to the mode with the higher airflow in Item 5.2) -
Room Name Design Airflow Room Name Design Airflow Room Name Design Airflow
(CFM) (CFM) (CFM)
1 Room1 866 12 23
2 Room2 80 13 24
3 14 25
4 15 26
5 16 27
6 17 28
7 18 29
8 19 30
9 20 31
10 21 32
11 22 Total for all rooms 947
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Right-J8® Form J1 Job:
"a$a Date: Apr 12,2019
Entire House By:
Thermal Associates
21 Thomson Ave,Glens Falls,NY 12801 Phone:518.798.5500 Fax:518.798.5620 Email:adam@thermalassociates.com Web:wew.thermalassociates.com
1 Name of Room Entire House RoomI
2 Running Feet of Exposed Wall 473.9 ft 206.8 ft
3 Ceiling Ht(Ft)and Gross Wall Area(SqFt) 10.5 ft 5679.9 ft' 12.0 ft 3184.8 ft'
4 Room Dimensions(Ft)and Floor Plan Area(SqFt) 5492.0 ft' 1.0 x 2746.0 ft 2746.0 ft'
5 Ceiling Slope(Deg.)and Gross Ceiling Area(SqFt) 0 ° 5492.0 ft' 0 ° 2746.0 ft'
'Type of Const., Panel I HTM Area or Btuh I Area or I Btuh
Exposure Number Faces Lenght Lenght
Htg. Clg. Heating S-Clg L-Clg Heating S-Clg L-Clg
i
6 Wall 12F-3sw n 4,64 0.39 130 602 51 130 602 51
. Wall 15B-20sfc-6 n 2.79 0.06 97 272 6 0 0 0
all 12F-3sw ne 4,64 0.39 456 1703 145 456 1703 145
az 10D-w ne 39,20 17.05 21 823 358 21 823 358
11 laz 4A5-2ow ne 37,60 23.54 68 2557 1601 68 2557 1601
Wall 15B-20sfc-6 ne 2.79 0.06 477 1331 28 0 0 0
Wall 15B-20sfc-6 e 2.79 0.06 148 412 9 0 0 0
Wall 12F-3sw se 4.64 0.39 336 1559 133 336 1559 133
Wall 15B-20sfc-6 se 2,79 0.06 513 1432 30 0 0 0
V,/all 12F-3sw sw 4.64 0.39 864 3072 261 864 3072 261
-Glaz 10D-f sw 33.60 21.05 126 4234 2653 126 4234 2653
-Glaz 4A5-2ow sw 37.60 29.77 76 2858 2262 76 2858 2262
Wall 15B-20sfc-6 sw 2.79 0.06 648 1809 38 0 0 0
a4/ ll .G 12F-3sw nw 4.64 0.39 696 2826 240 696 2826 240
laz 4A5-2ow nw 37.60 23.54 87 3271 2048 87 3271 2048
aVt!II 15B-20sfc-6 nw 2.75 0.05 522 1371 26 0 0 0
laz 1D-c2ov nw 45.60 39.74 24 1094 954 0 0 0
Cell 16B38a5 - 2,08 1.15 2746 5712 3149 2746 5712 3149
Flor 21A-24t - 2.00 0.00 2746 5492 0 0 0 0
Infiltration I Heating Load(Btuh) 0.22 12701 10007
4 Effect WAR WAR
12 I Sensible Load(Btuh) I ACH 0.10 1.00 I- 721 0.79 ( 568
Latent Load(Btuh) I 1182
Internal a Occupants at 230 and 200 Btuh 2 460 400 2 460 400
b Scenario number 2000 2000
13 c Default Adjustments
d Custom Appliances 0 0 0 0
e Plants _ 0
14 I Subtotals Sum lines 6 through 12 55129 19902 1582 I 39223 I 18217 I
I Duct EHLF&ESGF I 01 0 0 0 I 0 I 0
15 Loads `I 0
1
ELG 0
16 I Ventilation Loads Vent Cfm 70 E Cfm I 70 1763 I 380 623
117 I Winter Humidification Load Gal/Day I 21.2 I I 6671
18 I Piping Load 0 0 I I
19 Blower Heat
120 AED Excursion&Latent Moisture Migration Load 2730 2288
21 Total Load Sum lines 13 through 19 63562 20282 2205 39223 18217
Calculations approved by ACCA to meet all requirements of Manual J 8th Ed.
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Right-J8® Form J1 Job:
Entire House Date: Apr 12,2019
By:
Thermal Associates
21 Thomson Ave,Glens Falls,NY 12801 Phone:518.798.5500 Fax:518.798.5620 Email:adam@thermalassociates.corn Web:www.thermalassociates.com
1 Name of Room Room2
2 Running Feet of Exposed Wall 267.2 ft
3 Ceiling Ht(Ft)and Gross Wall Area(SqFt) 9.0 ft 2404.5 ft'
4 Room Dimensions(Ft)and Floor Plan Area(SqFt) 1.0 x 2746.0 ft 2746.0 ft'
5 Ceiling Slope(Deg.)and Gross Ceiling Area(SqFt) 0 ° 2746.0 ft'
I I i
Type of Const., Panel I HTM I Area or I Btuh I Area or I Btuh
Exposure Number Faces Lenght
Htg. Clg. g Heating S-Clg L-Clg Lenght Heating S-Clg L-Clg
1
-
6 Wall 12F-3sw n 4.64 0.39 0 0 0
. Wall 15B-20sfc-6 n 2.79 0.06 97 272 6
. all 12F3sw ne 4.64 0.39 0 0 0
laz 1OD-w ne 39.20 17.05 0 0 0
11 laz 4A5-2ow ne 37.60 23.54 0 0 0
Wall 15B-20sfc-6 ne 2.79 0.06 477 1331 28
Wall 15B-20sfc-6 e 2.79 0.06 148 412 9
Wall 12F-3sw se 4.64 0.39 0 0 0
Wall 15B-20sfc-6 se 2.79 0.06 513 1432 30
Wall 12F-3sw sw 4.64 0.39 0 0 0
-Glaz 10D-f sw 33.60 21.05 0 0 0
-Glaz 4A5-2ow sw 37.60 29.77 0 0 0
Wall 15B-20sfc-6 sw 2.79 0.06 648 1809 38
a4/II 12F-3sw nw 4.64 0.39 0 0 0
laz 4A5-2ow nw 37.60 23.54 0 0 0
aV�/II 15B-20sfc-6 nw 2.75 0.05 522 1371 26
- laz 1D-c2ov nw 45.60 39.74 24 1094 954
Cell 16B-38ad - 2.08 1.15 0 0 0
Flor 21A-24t - 2.00 0.00 2746 5492 0
Infiltration Heating Load(Btuh) 0.22 2694
Effect WAR
12 Sensible Load(Btuh) I ACH 0 10 0.21 153
Latent Load(Btuh) I
Internal a Occupants at 230 and 200 Btuh 0 0 0
b Scenario number 0
13 c Default Adjustments
d Custom Appliances 0 0
e Plants 0
114 I Subtotals Sum lines 6 through 12 15906 1686
Duct EHLF&ESGF I oI 0 0 0
15 Loads
ELG 0
16 Ventilation Loads Vent Cfm 70 E Cfm I 70
17 I Winter Humidification Load Gal/Day I 21.2 I I I
18 I Piping Load
19 Blower Heat
20 AED Excursion&Latent Moisture Migration Load 443
21 Total Load Sum lines 13 through 19 15906 1686
Calculations approved by ACCA to meet all requirements of Manual J 8th Ed.
��' ri9o*v- �tx 2019-Apr-12 09:38:30
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REVIEWED FOR
ENERGY CODE COMPLIANCE FILE COPY
B R .wEi---
APR i2 2���I � RECOVER Y VENTILATOR
L,
BROAN ERV7 70 +
Part no.ERV1 10T(TOP PORTS) TOWN OF OU i' �`175C k
▪ P nlit is very simple to operate.Once it is installed,press on its
Part no.ERV7 70S(SIDE PORTS) BUILDING
-c`"pus'fi'bu` `on, ocated on on the bottom of the unit,to activate it.
45 to 105 CFM(0.4 in.w.g.) Press once for low speed,once again for high speed,and once more
to stop it.
• For more convenience,this unit can also be controlled by an optional
main control. For a complete list of optional main and auxiliary
1 controls available, refer to the Wall Control Compatibility Chart
" ""' on last pages of wall controls specification sheet, available at
www.broan.com
K • For more details about controls,refer to the Main and auxiliary wall
'
controls user guide,also available at www.broan.com
is j
Options
• Complete line of registers and diffusers
VB0238
• Dual exterior hood kit(including the Tandem®transition),
part no.TYIK1
AN INGENIOUS AIR EXCHANGE SOLUTION THAT'S HomeshieldTm Defrosting System
AS VERSATILE AS IT IS COMPACT!
The Broan ERV110 uses a unique defrosting method. No
Configured with factory built vertical or horizontal ports, the negative pressure is created by air exhausted to the outside,as the air
Broan ERV110 is the most versatile 100-cfm unit available on the is recirculated into the house,helping to prevent any backdraft.
market today. Among its exclusive features, this unit is equipped
with integrated balancing and backdraft dampers in its exhaust to
outside and fresh air supply ports.
OUTSIDE DEFROST CYCLE
Its operation can be interlocked with an existing furnace without TEMPERATURE (IN MINUTES
adding an extra relay. Also, for more convenience, its latches can STALE AIR / I
be relocated on its front (as shown on unit picture).This compact, FROM rI DEFROST/
BUILDINGfril;, �II OC OF OPERATION
lightweightand powerful unit is the ideal choice for small single-family �� /��
homes,high rise residential building and other limited space applications. WARMER WARMER
• Versatile horizontal or vertical port configuration FILTERED \V��o�--..,�, �..1�I1 THAN-5 THAN 23 No DEFROST
AIR TO I<Tliiii girl
• Removable terminal block to ease auxiliary wall control connections BUILDING f 1 zir rr� Ilsz�TJ���, -5 To-27 23 To-17 9/28
• Integrated pressure taps,if balancing required by building code "o_z -27 -17 10/22
• Twin high-pressure blowers AND LESS AND LESS
• ENERGY STAR'qualified Energy Recovery Core
REPAIRS AND MAINTENANCE
Dimensions: 191/8"x 132/16"x 6 7/8"(48,6 cm x 34,1 cm x 17,3 cm)
All parts of the Broan ERV110 that could need maintenance can Exchange surface:56 ft?(5.2 m2)
be removed in less than 5 minutes, allowing direct access for easy
repairs. The PSC motors are permanently lubricated. Finally, the Weight:9.25 lb.(4,2 kg)
removable electrical drawer with pull-out PCB assembly allows easy Material:Polymerized paper
access for maintenance of major sub-components. Type:Crossflow and counterflow core
WARRANTY Warranty:5 years
The Broan ERV110 is protected by a 5-year warranty on parts only.The
energy recovery core is covered by a 5-year warranty,with the original Requirements and Standards
proof of purchase. • Complies with the UL 1812 requirements regulating the installation
of Energy Recovery Ventilators
Available at: • Complies with the CSA C22.2 no.113 Standard applicable to ventilators
• Complies with CSA C444 requirements regulating the installation of
Energy Recovery Ventilators
• Technical data was obtained from published results of tests relating
to CSA C439 Standards
• HVI certified and ENERGY STAR®qualified
This product earned the ENERGY STAR®by meeting strict energy efficiency guidelines set by Natural Resources Canada and the US EPA.It meets ENERGY STAR requirements only
when used in Canada.
DIMENSIONS:BROAN ERV1 105 (PORTS ON SIDES)
271/is"(688 mm)
ALL PORTS FIT 4"(102 mm) r
H 22 9/1s"(574 mm) H I_ 1913/m"(503 mm)
'1
5"DIAMETER DUCTS I�
if�l
v
__J �fI � ,I�II� 12 3/i6"
I --r
6" II, (I Q ;LJ 3 �_..,,..� (310 mm)
(152 mm) �, 1111 ��-T
�.r�� II �� l E 4
rno
1-..--2"(51 mm) 3:FRESH AIR FROM OUTDOORS PORT
•
1 :FRESH AIR TO BUILDING PORT 4:EXHAUST AIR TO OUTDOORS PORT
VK0057A 2:EXHAUST AIR FROM BUILDING PORT
VENTILATION PERFORMANCE BROAN ERV1 1OT(PORTS ON TOP)
ALL PORTS FIT
EXTERNAL NET SUPPLY GROSS Am FLOW
5"DIAMETER DUCTS
STATIC PRESSURE Am Row SUPPLY EXHAUST
PA IN.W.G. L/S CFM M3/H L/S CFM OH LIE CFM M3/H '��` 'J_�` 4
25 0.1 54 115 195 55 117 199 55 117 199 I •+�—J.
50 0.2 53 112 190 54 115 195 54 114 193 4"(102 mm)
75 0.3 51 109 185 53 111 189 52_ 110 187 igls/is
(503 mm)
il
100 0.4 49 105 178 50 106 180 50 106 180 _ ..■.
125 0.5 48 102 173 49 104 177 49 103 175 r rr-�1
150 0.6 45 96 163 47 99 168 47 99 168 I I 6"(152 mm)
i
175 0.7 44 93 158 45 94 160 45 94 160 I \ �. ��
200 0.8 42 89 151 43 92 _ 156 42 88 150 H-- 22 9/16"(574 mm) —.
225 0.9 40 85 144 41 87 148 41 87 148 233/d"(603 mm)
250 1.0 38 81 138 39 82 139 38 81 138 21/2"
Ii (64 mm)
ENERGY PERFORMANCE ■_a �.r�.
SUPPLY NET Am FLOW POWER SENSIBLE APPARENT LATENT RECOVERY/ MIMIMEM
TEMPERATURE CONSUMER RECOVERY SENSIBLE MOISTURE 161/4" 12 3/16„
°C °F L/S CFM M3/H WATTS EFFICIENCY EFFECIWENESS TRANSFER (413 mm) ( (310 mm)
HEATING I I
O 32 23 49 83 42 67 79 0.61
O 32 30 64 109 60 65 75 0.55 VKOO5BA
0 32 40 84 143 72 63 71 0.48 1 :FRESH AIR TO BUILDING PORT
-25 -13 23 49 83 58 60 75 0.60 2:EXHAUST AIR FROM BUILDING PORT
-25 -13 30 64 109 71 55 71 0.57 3:FRESH AIR FROM OUTDOORS PORT
COOLING TOTAL RECOVERY EFFICIENCY 4:EXHAUST AIR TO OUTDOORS PORT
35 95 21 44 75 42 50 NOTE:All specifications are subject to change without notice.
SPECIFICATIONS
• Model:Broan ERV110 • Core filters:30 ppi washable foam • Speed control on unit:Low&high speeds.
• Part number top ports:ERV110T 8.75"x 6.75"x 0.5"(22,2 cm x 17,2 cm x 1,3 cm) Other modes available with main and
• Part number side ports:ERV110S • Housing:Pre-painted steel optional wall controls.
• Insulation:Expanded polystyrene • Energy recovery core:
• Total assembled weight(including Mounting:Suspension by chains and springs -Heat exchange surface area:56 ft.2(5.2 m2)
polymerized paper core):45 lb.(20.4 kg) -Type:Crossflow and counterflow
• Supply and exhaust blower motor:2 motors -Material:Polymerized paper
• Oval shaped ports;fit 5"diameter ducts -Protection type:Thermally protected • Unit electrical characteristics:
-Insulation class:B 120 volts,60 Hz,1 ampere,120 watts
Project: REMARKS
Location:
Part Number:
Qty.:
Submitted by: Date:
BR* NNE Broan-NuTone LLC,926 West State Street,Hartford,WI 53027(1-877-862-7626)
HVr_ r1 www.broan.com ERV110d160720
HVI ad C US
CERTIFIED 'D ��
FILE COPY
TEST PIT INFORMATION
#1 0-8" TOPSOIL
8-29" VERY FINE SANDY LOAM
29-48" VERY FINE SAND & SILT
48-95" MEDIUM SAND & GRAVEL
NO MOTTLING OR WATER
r`2 0-8" TOPSOIL
8-20" LOAMY FINE SAND
20-38" VERY FINE SAND & SILT
38-55" SAND & GRAVEL - SOME SILT
55" -- BEDROCK
MOTTLING AT 44"
#3 0-10" TOPSOIL
10-37" VERY FINE SANDY LOAM
37-83" SAND & GRAVEL
VERY COMPACT @ 60" W/ ROCKS
83" -- BEDROCK
MOTTLING AT 38"
#4 0-6" TOPSOIL
6-20" LOAMY FINE SAND
20" -- BEDROCK
MOTTLING AT 8"
#5 0-9" TOPSOIL
9-38" FINE SANDY LOAM
38-80" SAND & GRAVEL W/POCKETS SAND
FIRM 0 60"
80" -- BEDROCK
MOTTLING AT 43"
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