HomeMy WebLinkAbout2620 ACUNA CT; ; 80-773; Permit.
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INSP~TICN VALIDATE. -4-
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OR INSPECTION
PERMIT NO.
BUILDING
0 FOUNDATION n REINFORCING STEEL n MASONRY
0 GROUT. GUNITE
0 FLOOR AND CEILING FRAME
0 SHEATHING
0 FRAME
0 EXTERIOR LATH
n INSULATION
n FINAL
0 INTERIOR LATH OR DRYWALL
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PLUMBING
0 UNDERGROUND PLUMBING /
0 UNDERGROUND WATER
0 ROUGH PLUMBING
0 TOP OUT PLUMBING n SEWER AND PLKO 6F ~
0 TUB OR SHOWER PAN
0 GAS TEST
0 WATER HEATER
0 FINAL
I ELECTRICAL
0 TEMPORARY SERVICE
0 ELECTRIC UNDERGROUND
0 ROUGH ELECTRIC
0 POOL BONDING
0 ELECTRIC SERVICE
0 CEILING HEAT
0 G.F.I.
0 SMOKE DETECTOR
0 FINAL
- -
-
READY FOR INSPECTION: ONDAY 0 TUESDAY 0 WEDNESDAY 0 THURSDAY 0 FRIDAY Y 0 A.M.
SPECIAL INSTRUCTIONS
/ MISCELLANEOUS
/ -4 0 PLENUM AND DUCTS n COMBUSTION AIR
/SIGN
0 PATIO
0 GRADING
0 DRIVEWAY
0 CONDITIONED AIR SYSTEMS
REFER PIPING
0 FINAL
REQUESTED BY PHONE NO.
PERSON TAKING REPORT
/
REQUEST FOR INSPECTION TIME:
INSPECTOR PERMIT NO, $54 7-3 DATE: 7-YF8
OWNER T L, &dx@ETionl
ADDRESS
BUILDING
0 FOUNDATION
0 REINFORCING STEEL
0 MASONRY
0 GROUT. GUNITE
Q FLOOR AND CEILING FRAME -
0 SHEATHING
0 FRAME MI$
0 EXTERIOR LATH
0 INSULATION a INTERIOR LATH OR DRYWALL I FINAL
I PLUMBING
I ELECTRICAL 1
0 TEMPORARY SERVICE
ELECTRIC UNDERGROUND
ROUGH ELECTRIC
0 POOL BONDING
0 ELECTRIC SERVICE
0 CEILING HEAT
0 G.F.I.
SMOKE DETECTOR
FINAL
0 UNDERGROUND PL
0 UNDERGROUND WATER
0 ROUGH PLUMBING
0 TOP OUT PLUMBING
0 SEWER AND PL/CO
0 TUB OR SHOWER PAN
0 GAS TEST u\p STEMS
REOUESTED BY PHONE NO,-
PERSON TAKING REPORT glNQy
REQUEST TIME:
INSPECTOR DATE:
OWNER q”, c.
ADDRESS
r BUILDING ELECTRICAL
0 FOUNDATION
0 REINFORCING STEEL 0 TEMPORARY SERVICE
0 MASONRY 0 ELECTRIC UNDERGROUND
0 GROUT - GUNITE ROUGH ELECTRIC
0 FLOOR AND CEILING FRAME POOL BONDING
0 SHEATHING ELECTRIC SERVICE
CEILING HEAT
0 EXTERIOR LATH
0 SMOKE DETECTOR
0 UNDERGROUND WATER
0 ROUGH PLUMBING n TOP OUT PLUMBING
0 SEWER AND PL/CO
0 TUB OR SHOWER PAN
0 GAS TEST 0 CONDITIONED AIR SYSTEMS
0 WATER HEATER 0 REFER PIPING
0 FINAL 0 FINAL . I
READY FOR INSPECTION:
SPECIAL INSTRUCTIONS
h;\\ c& 6kK 4-3 d&tp=%lQd.
REQUESTED BY PHONE NO. \ PERSON TAKING REPORT
PRCN ECT : &c/~c-l~:d ‘e ‘
L’
JOB NO- SD 28707
ST RU CTU w\L CALCU LAT 1 ON S
DES1 GN ASSUI-ZPTI ONS :
CONCRETE STRENGTH AT TWENTY EIGHT DAYS :
1,’iSONR’I : GRADE N CONCRETE BLOCK F b1 =
NORTAR T TYPE S 1800 PSI
GROUT : 2000 PSI
REINFORCING STEEL : A-
STRUCTURAL STEEL : A
.JI,Z3ER : DOUGLAS FIR-LARCH
JOISTS B
BEAPIS AND POSTS #/
STUDS %z
SDIL PRESSURE 1 /ooo PSF
615 GRADE
DESIGN LOADS :
IWOF DEAD LOAD FLOOR DEAD LOAD
SIGNATURE PROJECT JOB NO.
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DESIGNED CHECKED BY DATE SHEET NO. 3
DESIGNED BY CHECKED BY DATE SHEET NO. 4
or BX 16
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WIGNED BY CHECKED BY DATE SHEET Ho.
9- 2 4-80 7
I SIGNATURE PROJECT JOB NO.
28707 I
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WWRT BL-6
John 6. Fox - P.E.
Slephen D. Dlllemulh - P.E.
James A. Larel - P.E.
SAN DIEGUITO ENGINEERING, INC.
P.O. BOX 2004 RANCHO SANTA FE, CA 92067
AVENIDA DE ACACIAS
756-3064
CIVIL ENGINEERING
SURVEYING
SOIL TESTING
SDE 2083
December 24, 1980
T.L. Construction
Tom Elliott 124 Cliff Street
Solana Beach, CA 92075
SUBJECT: Report of Compaction Tests, Proposed Residential Site,
Lot 93, Acuna Court, La Costa, California.
Mr. Elliott,
In accordance with your request, we have performed compaction tests
on the compacted fills placed on the subject site located on Lot 93,
La Costa Estates North, City of Carlsbad, County of San Diego, The
tests were performed from December 1 to December 9, 1980, during the
grading operation. The results of the tests and our findings are
presented in this report.
Site grading consisted of both cut and fill operations required to
construct a flat pad area for the proposed residential structure.
The configuration of the graded site is shown on -the atteched Plate
No. 1.
Prior to the placement of any fill, the areas to receive fill were
cleared of vegetation and debris. Loose surficial soils were scarified
a minimum depth of six inches, moistened and recompacted.
., SDE 2083 December 24, 1980 Page Two
The fill materials, consisting of dark brown slightly clayey silty
sand native to the site, were moistened, placed in six to eight inch
lifts and compacted to a minimum of 90% of the maximum dry density
as evidenced by the field in-place density tests performed at the
locations indicated on the attached Plate No. 1.
Compaction was achieved with a sheepsfoot and heavy construction
equipment.
Field density tests were performed according to A.S.T.M. Test Method
D-1556-64. Moisture content determinations were made for each of the
density tests. The results of the tests are presented on the attached
Plate No. 2.
A maximum dry density determination was made on representative soils
used in the compacted fill. The test was performed according to
A.S.T.M. Test Method D-1557-70. The results of the test are presented
on Plate No. 2.
The expansion potential of a sample of representative soils used in the
compacted fills placed on the site was determined by allowing the
material, remolded to 90% of its maximum dry density, to swell against
a surcharge of 150 psf when brought into contact with wat-er. The
expansion of the sample from the air-dry to saturated corditions
indicates the soils are moderately expansive. The following provisions
are recommended for the design of foundations and slabs for the proposed
structure in order to reduce the probability of structural damage due to
expansive soil cond!.tions.
. , 'SDE 2083 December 24, 1980 Page Three
Footings
minimum depth of 24 inches below lowest adjacent finish grade.
All footings for the proposed structure should be founded a
Footing widths should be determined in accordance with current
building code design criteria and should be a minimum of 12
inches.
Both exterior and interior continuous footings for the structure
above the bottom of the footings and 2 #4 bars positioned 1 1/2
should be reinforced with 2 #4 bars positioned 3 inches clear
inches clear below finish floor.
Slabs
by a 4" blanket of free-draining sand sandwiching an impermeable
Interior slabs should be a minimum of 4" in thickness, underlain
(plastic) membrane and completely surrounded by a continuous footing. The slabs should be reinforced with 6 x 6 6/6 welded
wire mesh positioned at the center of the slab cross-section.
Exterior slabs should be a minimum of 4" in thickness. Walks or
slabs 5 feet or less in width should be reinforced with 6 x 6
10/10 welded wire mesh positioned at the center of the slab cross- section. Weakened plane joints should be provided for all exterior slabs as recommended in the figure below.
I 't
SDE 2083 December 24, 1980 Page Four
Moisture Control
Clayey soils should not be allowed to dry before placement of concrete thereon. They should be sprinkled if necessary to
insure that the soils are kept in a moist to wet condition
(3% minimum above the optimum moisture content,)
Provisions for draining water away from the proposed foundations
and concrete flatwork should be included in the development of
the site. Drainage gradients should be at least 2 percent.
by a representative of this office to establish that the recomm-
Prior to the placement of concrete, the site should be inspected
endations presented above have been followed.
Structures such as foundations, concrete decks, swimming pools, walls
etc. should not be located within 5 feet of the top edge of a slope.
Foundations located outside the 5 feet slope setback should be extended
in depth such that the bottom outside edge of the footing is a minimum
horizontal distance of 5 feet from the slope face.
If there are any questions regarding this report, please do not hesitate
to contact this office.
This opportunity to be of serv
Respectfully submitted, SAN DIEGUITO ENGINEERING, INC. - mkw 0 n B. Fax, RCE 26525
ice is sincerely appreciated.
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COUW ot San ego -Community Services Agency - Department of Land-Use and. Environmenal Regulation
837 Willirnston Stred
Vita. CA 92083
726-7920 (Zenith 7-2001)
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