Matched toSteel H Pilebridge.foundation_system.deep_foundation.pile.steel_hon “Steel H-piles”
| The class asks for | Value | How | From |
|---|---|---|---|
| LengthLwants m/mm | 5,260 LF2,720 LF (Left Bridge) + 2,540 LF (Right Bridge) = 5,260 LF.The summary of quantities states piling in place, steel H, HP 12 X 53 as 2,720 LF for the Left Bridge and 2,540 LF for the Right Bridge. These are the total installed pile lengths for the item across both bridges. | derived | p2 · p02_r01 title block |
| Cross-sectional AreaAwants m2/mm2 | not establishedThe drawings specify the pile designation HP 12 X 53, but provide no cross-sectional dimensions or stated cross-sectional area. An area cannot be honestly calculated from the designation alone using only the drawing readings. | not found | |
| Instance CountNwants count | 72 count48 piles at the complete Bent 2 and Bent 3 footing plans + 12 piles at Bent 1 + 12 piles at Bent 4 = 72 piles.The foundation layout identifies 48 pile symbols at the Bent 2 and Bent 3 footing plans. The Bent 1 schedule lists Pile Nos. 1–12, and the Bent 4 schedule lists Pile Nos. 1–12. | derived | p18 · p18_r01 footing 3p18 · p18_r06 elevationp18 · p18_r04 elevation |
| Steel Gradefy | ASTM A 709 GR 50 -The general note explicitly requires steel for H-piles meeting ASTM A 709 GR 50; the design-data entry also identifies Steel H-piles as Grade 50 with strength 50,000 PSI. | read | p2 · p02_r01 title block |
| MassMwants kg/t | not establishedThe drawings provide installed piling lengths and identify the section as HP 12 X 53, but do not state a total pile mass or a section mass-per-unit-length value with units. Total mass therefore cannot be established solely from the readings. | not found |
Worked out by openai/gpt-5.6-terra-pro from the readings below, which are the source. A derived value shows its arithmetic — check it against the drawing before it is priced.
How the sheets named it
Every dimension read for it64
- HL-93Design vehicle live loadnot attributedp2 · p02_r01 title block
- 30 LBS PER SQ FTFuture paving allowancenot attributedp2 · p02_r01 title block
- 270,000 PSIPretensioning strands strengthnot attributedp2 · p02_r01 title block
- 24 HOURSFreeze period after pile drivingp2 · p02_r01 title block
- 50Steel H-piles gradep2 · p02_r01
- 24 HOURSMinimum pile freeze durationp2 · p02_r01
- 50,000 PSISteel H-piles strengthp2 · p02_r01
- 4-#10Pile reinforcement quantityp13 · p13_r02 at eq sps
- 4-#10Pile reinforcement quantityp13 · p13_r03 at eq sps
- 212 KIPSmaximum factored axial loadp13 · p13_r09 plan driving objective
- 326 KIPSdriving resistancep13 · p13_r09 plan driving objective
- 6'-0" MIN.minimum horizontal dimensionnot attributedp13 · p13_r05
- 212 KIPSmaximum factored axial loadp13 · p13_r09
- 326 KIPSdriving resistancep13 · p13_r09
- 1'-0"dimensionp14 · p14_r02 title block
- 237 KIPSmaximum factored axial loadp14 · p14_r02 title block
- 237 KIPSmaximum factored axial loadp14 · p14_r05 plan driving objective
- 365 KIPSdriving resistancep14 · p14_r05 plan driving objective
- 1'-0"typical pile projection/depthp14 · p14_r02
- 5" MIN.pile connection minimum dimensionp14 · p14_r02
- 2" DIAMETER HOLESpile connection hole diameterp14 · p14_r02
- 4"pile connection horizontal dimensionp14 · p14_r02
- 4"pile connection horizontal dimensionp14 · p14_r02
- 237 KIPSmaximum factored axial loadp14 · p14_r05
- HP 12 X 53pile section designationp14 · p14_r05
- 365 KIPSdriving resistancep14 · p14_r05
- 5" MIN.Pile connection detail minimum dimensionp15 · p15_r02 title block
- 4"Pile connection detail dimensionp15 · p15_r02 title block
- 2" DIAMETER HOLESPile connection detail hole sizep15 · p15_r02 title block
- 222 KIPSPile factored axial loadp15 · p15_r02 title block
- 222 KIPSmaximum factored axial loadp15 · p15_r04 plan driving objective
- HP 12 X 53pile designationp15 · p15_r04 plan driving objective
- 342 KIPSdriving resistancep15 · p15_r04 plan driving objective
- ⅞" DIAMETER HOLESDiameterp15 · p15_r02
- 4"Dimensionp15 · p15_r02
- 220 KIPSPile axial loadp15 · p15_r02
- 222 KIPSMaximum factored axial loadp15 · p15_r04
- HP 12 X 53Pile section designationp15 · p15_r04
- 3/8" = 1'-0"drawing scalenot attributedp16 · p16_r08 footing plan bent 2
- 4'-6"Pile spacingp16 · p16_r08
- 4'-6"Pile spacingp16 · p16_r08
- 4'-6"Pile spacingp16 · p16_r08
- 4'-6"Pile spacingp16 · p16_r08
- 3/8" = 1'-0"Scalenot attributedp16 · p16_r08
- EL. 189.42elevationnot attributedp17 · p17_r02 at eq sps
- EL. 189.50elevationnot attributedp17 · p17_r02 at eq sps
- EL. 186.04elevationnot attributedp17 · p17_r02 at eq sps
- EL. 185.93elevationnot attributedp17 · p17_r02 at eq sps
- EL. 185.80elevationnot attributedp17 · p17_r02 at eq sps
- EL. 185.67elevationnot attributedp17 · p17_r02 at eq sps
- EL. 185.53elevationnot attributedp17 · p17_r02 at eq sps
- EL. 185.37elevationnot attributedp17 · p17_r02 at eq sps
- EL. 184.04elevationnot attributedp17 · p17_r02 at eq sps
- EL. 183.25elevationnot attributedp17 · p17_r02 at eq sps
- EL. 188.67elevationnot attributedp17 · p17_r02 at eq sps
- EL. 188.71elevationnot attributedp17 · p17_r02 at eq sps
- 212 KIPSmaximum factored axial loadp17 · p17_r09 plan driving objective
- HP 12 X 53pile section designationp17 · p17_r09 plan driving objective
- 326 KIPSdriving resistancep17 · p17_r09 plan driving objective
- 10"spacingp17 · p17_r03
- 6'-0" MIN.minimum horizontal dimension from B.F.P.R. referencenot attributedp17 · p17_r05
- 212 KIPSmaximum factored axial loadp17 · p17_r09
- HP 12 X 53pile section designationp17 · p17_r09
- 326 KIPSdriving resistancep17 · p17_r09
Notes on the sheets that carry it
- p1CHAIN LINK WIRE FENCE, TYP.
- p1FRONT FACE OF WALL NO. 1
- p1FRONT FACE OF WALL NO. 2
- p1EL. 151.00, TYP.
- p1APPROXIMATE EXISTING GROUNDLINE
- p1FUTURE GROUNDLINE
- p2VIBRATION MONITORING - THE PROJECT ENGINEER SHOULD CONTACT THE GEOTECHNICAL BUREAU OF THE GEORGIA DOT OFFICE OF MATERIALS AND TESTING AT GEOTECHNICAL_SUBMITTALS@DOT.GA.GOV TWO WEEKS PRIOR TO DRIVING PILES. SEE SPECIAL PROVISION 154 - CONSTRUCTION VIBRATION MONITORING.
- p2STEEL H-PILES - USE STEEL FOR H-PILES THAT MEETS THE REQUIREMENTS OF ASTM A 709 GR 50.
- p2PILE LENGTHS - ERRATIC PILE LENGTHS CAN BE EXPECTED.
- p2PILE DRIVING - SHOULD PILES FAIL TO OBTAIN DRIVING RESISTANCE AFTER ACHIEVING THE PILE TIP ELEVATIONS SHOWN, ALLOW PILES TO FREEZE A MINIMUM OF 24 HOURS AND RESTRIKE WITH A WARM HAMMER.
- p2SMOOTH DOWEL BARS - PLACE SMOOTH DOWEL BARS IN FORMED 3” DIAMETER X 12” DEEP HOLES AND GROUT IN PLACE SIMILAR TO ANCHOR BOLTS, SEE SUB-SECTION 501.3.05.B.3 OF THE GEORGIA DOT SPECIFICATIONS. STIRRUPS MAY BE SHIFTED SLIGHTLY TO CLEAR FORMED HOLES.
- p2ABUTMENT SOIL REINFORCING DEVICE INSERTS - INCLUDE THE COST OF FURNISHING AND INSTALLING INSERTS FOR SOIL REINFORCING DEVICES AT ABUTMENT IN THE OVERALL BID SUBMITTED.
- p2FILL SETTLEMENT - PROTECT PILES DRIVEN AT BENTS 1 AND 4 FROM NEGATIVE SKIN FRICTION WHEN IN CONJUNCTION WITH MECHANICALLY STABILIZED EARTH WALLS, SEE SECTION 551 OF THE GEORGIA DOT SPECIFICATIONS. DRIVE PILES AT END BENTS BEFORE WALL LEVELING PADS ARE CONSTRUCTED.
- p2STEEL DIAPHRAGMS - AT CONTRACTOR’S OPTION, STEEL DIAPHRAGMS MAY BE USED IN LIEU OF THE CONCRETE DIAPHRAGMS SHOWN IN THE PLANS. AT A MINIMUM, STEEL DIAPHRAGMS ARE TO BE DESIGNED AT STRENGTH LIMIT STATE III WITH A THREE SECOND GUST WIND SPEED OF 140MPH APPLIED TO ONE HALF OF THE VERTICAL SURFACE AREA OF THE EXPOSED BEAM USING EXPOSURE CATEGORY D. CROSS FRAME CONFIGURATIONS SHALL HAVE A HORIZONTAL ANGLE OR CHANNEL AT EITHER THE TOP OR BOTTOM POSITION. STEEL DIAPHRAGMS SHALL BE MANUFACTURED BY A FABRICATOR LISTED ON QPL 6 PER SECTION 501 OR GREATER. ALL COMPONENTS OF THE STEEL DIAPHRAGM SHALL BE GALVANIZED ACCORDING TO ASTM A 123. CONNECTION BOLTS SHALL CONFORM TO ASTM F3125 (GRADE A325), NUTS SHALL CONFORM TO ASTM A563. WASHERS SHALL CONFORM TO ASTM F436. ALL HARDWARE SHALL BE GALVANIZED ACCORDING TO ASTM A153. STABILITY OF THE BEAMS AND STRUCTURE DURING ALL PHASES OF CONSTRUCTION ARE THE SOLE RESPONSIBILITY OF THE CONTRACTOR. SUBMIT SHOP DRAWINGS AND CALCULATIONS FOR THE STEEL DIAPHRAGMS TO THE ENGINEER FOR REVIEW AND ACCEPTANCE. THE USE OF STEEL DIAPHRAGMS SHALL BE INCLUDED IN THE PRICE BID FOR “LUMP-SUPESTR CONCRETE.”
- p2STANDARD PLAN MODIFICATION - MODIFY THE APPROACH SLAB STANDARD TO INCREASE THE 3/4” EXPANSION JOINT SHOWN BETWEEN THE APPROACH SLAB AND THE BACK FACE PAVING REST AND END POST TO 1 3/8” AT BENT 1 AND 4. KEEP THE EXPANSION JOINT AT END BENT CONTINUOUS AROUND END POST. INCLUDE COST OF JOINT IN APPROACH SLAB PAYMENT. SEE ROADWAY PLANS FOR APPROACH SLAB PAYMENT.
- p2GROOVED CONCRETE - GROOVE THE ENTIRE LENGTH OF THE BRIDGE TRANSVERSELY AS PER SUB-SECTION 500.3.05.T.9.C. OF THE GEORGIA DOT SPECIFICATIONS. PROVIDE GROOVING AFTER PLACING TRAFFIC ON DECK.
- p2CHAIN LINK FENCE - CHAIN LINK FENCE SHALL BE PAID FOR AS “LF CH LK FENCE, ZC COAT, 6FT, 9 GA.”
- p2WELDING - ALL WELDING ON GEORGIA DOT PROJECTS SHALL BE PERFORMED BY GDOT CERTIFIED WELDERS THAT HAVE IN THEIR POSSESSION A CURRENT WELDING CERTIFICATION CARD ISSUED BY THE OFFICE OF MATERIALS AND TESTING. USE ONLY E70XX (EXCLUDING E7014 AND E7024) LOW HYDROGEN ELECTRODES FOR MANUAL SHIELDED METAL ARC WELDING.
- p2SPECIAL PROTECTIVE COATING - CLEAN AND PAINT PILES AND SWAYBRACING WITH SPECIAL PROTECTIVE COATING NO. 2P IN ACCORDANCE WITH SECTIONS 520 AND 535 OF THE GEORGIA DOT SPECIFICATIONS. EXTEND COATING FROM TOP OF PILE TO 2FT BELOW GROUND FOR END BENT PILING. EXTEND COATING FROM BOTTOM OF CAP OR PEDESTAL FOOTING TO 5FT BELOW GROUND FOR INTERMEDIATE BENT PILING, REGARDLESS OF ENCASEMENT.
- p2SHOP DRAWING SUBMISSION - SUBMIT SHOP DRAWINGS WITH DEPENDENT INFORMATION AS A SET. SHOP DRAWINGS FOR BEAMS, METAL DECK FORMS AND STEEL DIAPHRAGMS WILL NOT BE REVIEWED UNTIL ALL HAVE BEEN RECEIVED.
- p2INCIDENTAL ITEMS - INCLUDE THE COST INCIDENTAL TO THE WORK THAT IS NOT SPECIFICALLY COVERED BY THE GEORGIA STANDARD SPECIFICATIONS, SUPPLEMENTAL SPECIFICATIONS AND/OR SPECIAL PROVISIONS IN THE OVERALL BID SUBMITTED. THIS INCLUDES THE COST OF WATERPROOFING, JOINT FILLERS AND OTHER INCIDENTAL ITEMS NECESSARY TO COMPLETE THE WORK.
- p22 - 55'-0" AASHTO TYPE II PSC BEAM SPANS ---------------- SPECIAL DESIGN
- p21 - 82'-0" AASHTO TYPE III PSC BEAM SPAN ---------------- SPECIAL DESIGN
- p22 - STEEL H PILE END BENTS WITH MSE WALL ABUTMENTS -------- SPECIAL DESIGN
- p22 - CONCRETE INTERMEDIATE BENTS ---------------- SPECIAL DESIGN
- p24 - END POST AND GUARDRAIL ATTACHMENT DETAIL -------- GA. STD. 3054 (9-30-02)
- p2(L = 4'-3"; W = 1'-1"; H = 3'-6")
- p2(L = 4'-6"; W = 1'-1"; H = 3'-6")
- p2BAR BENDING DETAILS ------------------------- GA. STD. 3901 (8-69)
- p2CHAIN LINK WIRE FENCE ------------------- GA. STD. 9031N (8-13-85)
- p2TYPICAL FILL DETAIL AT END OF BRIDGE ---------------- GA. STD. 9037 (9-99)
- p2WAVE EQUATION - PERFORM WAVE EQUATION ANALYSIS (WEAP) IN ACCORDANCE WITH SUB-SECTION 520.3.05.D.2 OF THE GEORGIA DOT SPECIFICATION. PROVIDE RESULTS OF THE WEAP TO THE GEOTECHNICAL BUREAU OF THE GEORGIA DOT OFFICE OF MATERIALS AND TESTING AT GEOTECHNICAL-SUBMITTALS@DOT.GA.GOV FOR REVIEW AND APPROVAL TWO WEEKS PRIOR TO DRIVING PILES.
- p2SMOOTH DOWEL BARS - PLACE SMOOTH DOWEL BARS IN FORMED 3” DIAMETER X 12” DEEP HOLES AND GROUT IN PLACE SIMILAR TO ANCHOR BOLTS, SEE SUB-SECTION 501.3.05.B.3 OF THE GEORGIA DOT SPECIFICATIONS. STIRRUPS MAY BE SHIFTED SLIGHTLY FOR FORMED HOLES.
- p2FILL SETTLEMENT - PROTECT PILES DRIVEN AT BENTS 1 AND 4 FROM NEGATIVE SKIN FRICTION WHEN USED IN CONJUNCTION WITH MECHANICALLY STABILIZED EARTH WALLS, SEE SECTION 551 OF THE GEORGIA DOT SPECIFICATIONS. DRIVE PILES AT END BENTS BEFORE WALL LEVELING PADS ARE CONSTRUCTED.
- p2STEEL DIAPHRAGMS - AT CONTRACTOR’S OPTION, STEEL DIAPHRAGMS MAY BE USED IN LIEU OF THE CONCRETE DIAPHRAGMS SHOWN IN THE PLANS. AT A MINIMUM, STEEL DIAPHRAGMS ARE TO BE DESIGNED AT STRENGTH LIMIT STATE I WITH A THREE SECOND GUST WIND SPEED OF 140MPH APPLIED TO ONE HALF OF THE VERTICAL SURFACE AREA OF THE EXPOSED BEAM USING EXPOSURE CATEGORY D. CROSS FRAME CONFIGURATIONS SHALL HAVE A HORIZONTAL ANGLE OR CHANNEL AT EITHER THE TOP OR BOTTOM POSITION. STEEL DIAPHRAGMS SHALL BE MANUFACTURED BY A FABRICATOR LISTED ON QPL 60 PER SECTION 50 OR GREATER STEEL. ALL COMPONENTS OF THE STEEL DIAPHRAGM SHALL BE GALVANIZED ACCORDING TO ASTM A 123. CONNECTION BOLTS SHALL CONFORM TO ASTM F3125 GRADE A325. NUTS SHALL CONFORM TO ASTM A563. WASHERS SHALL CONFORM TO ASTM F436. ALL HARDWARE SHALL BE GALVANIZED ACCORDING TO ASTM A153. STABILITY OF THE BEAMS AND STRUCTURE DURING ALL PHASES OF CONSTRUCTION ARE THE SOLE RESPONSIBILITY OF THE CONTRACTOR. SUBMIT SHOP DRAWINGS AND CALCULATIONS FOR THE STEEL DIAPHRAGMS TO THE ENGINEER FOR REVIEW AND ACCEPTANCE. THE USE OF STEEL DIAPHRAGMS SHALL BE INCLUDED IN THE PRICE BID FOR “LUMP-SUPERSTR CONCRETE.”
- p2GROOVED CONCRETE - GROOVE THE ENTIRE LENGTH OF THE BRIDGE TRANSVERSELY AS PER SUB-SECTION 500.3.05.I.9.C. OF THE GEORGIA DOT SPECIFICATIONS. PROVIDE GROOVING BEFORE PLACING TRAFFIC ON DECK.
- p2WELDING - ALL WELDING ON GEORGIA DOT PROJECTS SHALL BE PERFORMED BY GDOT CERTIFIED WELDERS THAT HAVE IN THEIR POSSESSION CURRENT WELDING CERTIFICATION CARD ISSUED BY THE OFFICE OF MATERIALS AND TESTING. USE ONLY E701X (EXCLUDING E7014 AND E7024) LOW HYDROGEN ELECTRODES FOR MANUAL SHIELDED METAL ARC WELDING.
- p2SPECIAL PROTECTIVE COATING - CLEAN AND PAINT PILES AND SWAYBRACING WITH SPECIAL PROTECTIVE COATING NO. 2P IN ACCORDANCE WITH SECTIONS 520 AND 535 OF THE GEORGIA DOT SPECIFICATIONS. EXTEND COATING FROM TOP OF PILE TO 20 FT BELOW GROUND FOR END BENT PILING. EXTEND COATING FROM BOTTOM OF CAP OR PEDESTAL FOOTING TO 5FT BELOW GROUND FOR INTERMEDIATE BENT PILING, REGARDLESS OF PILE ENCASEMENT.
- p2DRIVING RESISTANCE - DETERMINE DRIVING RESISTANCE FOR PILES USING DYNAMIC PILE TESTING IN ACCORDANCE WITH SUB-SECTION 520.3.05.D.2 OF THE GEORGIA DOT SPECIFICATIONS. DYNAMIC PILE TESTING SHALL BE REQUIRED AT BRIDGE LEFT BENT 1 RIGHT, BRIDGE LEFT BENT 3 LEFT, BRIDGE RIGHT BENT 2 RIGHT AND BRIDGE RIGHT BENT 4 RIGHT.
- p134-#10 OVER EACH PILE
Every crop it was read in — the drawing beside what the model took off it
Page 1
p01_r07 planElevation
- pile×8vertical slender pileFour visible below each of BENT 2 and BENT 3 footings.
192’-0” *** ft-in TOTAL LENGTH OF BRIDGE55’-0” *** ft-in span length82’-0” *** ft-in span length55’-0” *** ft-in span length151.00 elevation
p01_r07Elevation
- pile×6vertical slender memberThree visible below each interior-bent pile cap.
192’-0” *** ft-in TOTAL LENGTH OF BRIDGE55’-0” *** ft-in span length82’-0” *** ft-in span length55’-0” *** ft-in span length151.00 elevation
Page 2
p02_r01 title blockNotes
- Steel H-pilesH-sectionsteelListed in design data and summary of quantities; item description includes HP 12 X 53.
2 Seismic performance zone0.142 AS-0.1420.155 SD1=0.155HL-93 Design vehicle live load30 LBS PER SQ FT Future paving allowance4,000 PSI Superstructure concrete strength4,000 PSI Barrier concrete strength3,500 PSI Substructure concrete strength+36 more
p02_r02 typical fill detail at end of bridge gaNotes
- steel H pile end bents×2H-section pilesteelWith MSE wall abutments; listed as special design.
55'-0" AASHTO Type II PSC beam span length82'-0" AASHTO Type III PSC beam span length4'-3" End post and guardrail attachment detail length1'-1" End post and guardrail attachment detail width3'-6" End post and guardrail attachment detail height4'-6" End post and guardrail attachment detail length1'-1" End post and guardrail attachment detail width3'-6" End post and guardrail attachment detail height
p02_r13 notesNotes
- pilesReferenced in note; no pile type, size, or quantity shown.
TWO WEEKS Prior submission period
p02_r01Notes
- Steel H-pilesH-sectionsteelGrade 50 specified; piling in place and load test pay items are listed.
- PilesPile driving, fill settlement, and protective coating notes are shown.
50 Steel H-piles grade3” Smooth dowel bar hole diameter12” Smooth dowel bar hole depth24 HOURS Minimum pile freeze duration30 LBS PER SQ FT Future paving allowance4,000 PSI Superstructure concrete strength4,000 PSI Barrier concrete strengthSEE BEAM SHEETS PSC beam allowable tension+38 more
p02_r02Notes
- steel H-pile end bent×2H-section pilesteelWith MSE wall abutments; special design.
55'-0" PSC beam span2 Quantity82'-0" PSC beam span1 Quantity2 Quantity2 Quantity4 Quantity4'-3" L+5 more
p02_r11Notes
- pilesDynamic pile testing specified.
Page 13
p13_r02 at eq spsElevation
- pile×6rectangularSix pile centerlines/support locations are visible beneath the pile cap.
EL. 189.16 ElevationEL. 189.23 ElevationEL. 185.75 ElevationEL. 185.65 ElevationEL. 185.52 ElevationEL. 185.39 ElevationEL. 185.26 ElevationEL. 185.10 Elevation+17 more
p13_r03 at eq spsElevation
- piles×6rectangularreinforced concreteSix pile locations are visible beneath the pile cap.
EL. 188.03 ElevationEL. 188.10 ElevationEL. 184.75 ElevationEL. 184.96 ElevationEL. 185.13 ElevationEL. 185.30 ElevationEL. 185.47 ElevationEL. 185.62 Elevation+21 more
p13_r09 plan driving objectiveNotes
- pilesHP 12 X 53H-sectionsteelAll piles shall be steel H, HP 12 X 53.
212 KIPS maximum factored axial load326 KIPS driving resistance139 minimum tip elevation125 minimum tip elevation
p13_r02Elevation
- pile×6rectangularreinforced concreteVertical piles are visible below the cap beam.
EL. 189.16 ElevationEL. 189.23 ElevationEL. 185.75 ElevationEL. 185.65 ElevationEL. 185.52 ElevationEL. 185.39 ElevationEL. 185.26 ElevationEL. 185.10 Elevation+17 more
p13_r03Elevation
- pile×6rectangularVisible pile/support locations beneath the continuous member; lower extents are not shown.
EL. 188.03 ElevationEL. 188.10 ElevationEL. 184.75 ElevationEL. 184.96 ElevationEL. 185.13 ElevationEL. 185.30 ElevationEL. 185.47 ElevationEL. 185.62 Elevation+16 more
p13_r05Section
- piles×2parallel-line vertical membersExtend below cap; lower portions are cut off by the crop.
6'-0" MIN. minimum horizontal dimension3'-0" horizontal dimension2'-0" MIN. minimum vertical dimension
p13_r09Notes
- pilesH-sectionsteelSpecified as steel H, HP 12 X 53.
212 KIPS maximum factored axial load326 KIPS driving resistance139 minimum tip elevation125 minimum tip elevation
Page 14
p14_r02 title blockElevation
- H-pileH-sectionPiles are shown beneath the footings; pile connection detail identifies H-PILE.
44-421 cap reinforcement spacingAT EQ. SPS. cap reinforcement spacingEL. 185.78 elevationEL. 185.23 elevationEL. 185.96 elevationEL. 185.41 elevationEL. 186.10 elevationEL. 185.55 elevation+63 more
p14_r03 title blockElevation
- pile×4rectangularFour pile extensions are visible below the two footings; two at each footing.
44-#21 AT EQ. SPS. reinforcement spacing and quantityEL. 186.42 elevationEL. 185.84 elevationEL. 186.29 elevationEL. 185.75 elevationEL. 186.12 elevationEL. 185.58 elevationEL. 185.94 elevation+37 more
p14_r05 plan driving objectiveNotes
- pileH-sectionsteelALL PILES SHALL BE STEEL H, HP 12 X 53.
237 KIPS maximum factored axial load365 KIPS driving resistance119 minimum tip elevation118 minimum tip elevation
p14_r02Elevation
- H-pileH-PILEH-sectionShown beneath footings and in pile connection detail.
44-421 cap reinforcement spacing4'-10" minimum cap depth9" vertical dimension4'-8" vertical dimension8'-9" cap/column horizontal dimension25'-0" cap/column horizontal dimension8'-9" cap/column horizontal dimension6" bar spacing+61 more
p14_r03Elevation
- pile×4rectangularTwo pile portions are visible beneath each footing.
44-#21 cap reinforcement spacing4'-0" cap depthMIN. minimum cap depthEL. 186.42 elevation (BK)EL. 185.84 elevation (AH)EL. 186.29 elevation (BK)EL. 185.75 elevation (AH)EL. 186.12 elevation (BK)+30 more
p14_r05Notes
- pilesH-sectionsteelALL PILES SHALL BE STEEL H, HP 12 X 53.
237 KIPS maximum factored axial loadHP 12 X 53 pile section designation365 KIPS driving resistance119 minimum tip elevation118 minimum tip elevation
Page 15
p15_r02 title blockUnclear
- H-pileH-sectionPile connection detail is shown; pile quantities are indicated by 18-930 AT EQ. SPS. on the left bent elevation.
44-431 AT EQ. SPS. Cap reinforcing8-1132 Cap reinforcing2-530 Cap reinforcing8-1133 Cap reinforcing4'-0" MIN. Cap depth25'-0" Cap length between indicated column regions8'-9" End dimension12-531 Column reinforcing+65 more
p15_r04 plan driving objectiveNotes
- pilesH-sectionsteelSpecified as HP 12 X 53.
222 KIPS maximum factored axial loadHP 12 X 53 pile designation342 KIPS driving resistance115 minimum tip elevation114 minimum tip elevation
p15_r02Detail
- H-pile×8H-sectionsteelPile connection detail shown; pile quantity is based on visible footing pile symbols.
44-43I AT EQ. SPS. Cap reinforcing-bar spacingEL. 185.79 (AH) ElevationEL. 185.24 (BK) ElevationEL. 185.98 (AH) ElevationEL. 185.43 (BK) ElevationEL. 186.14 (AH) ElevationEL. 185.60 (BK) ElevationEL. 186.30 (AH) Elevation+84 more
p15_r04Notes
- PilesH-sectionsteelSpecified as steel H, HP 12 X 53.
222 KIPS Maximum factored axial loadHP 12 X 53 Pile section designation342 KIPS Driving resistance115 Minimum tip elevation114 Minimum tip elevation
Page 16
p16_r02 footing plan bent 3Detail
- pile℄ PILE×6H-section symbolSix pile locations are shown in the footing plan.
4'-3" overall width at ℄ BENT2'-1½" width from ℄ BENT2'-1½" width from ℄ BENT11½" spacing1'-2" spacing1'-2" spacing11½" spacing2" minimum clear cover+14 more
p16_r08 footing plan bent 2Plan
- pile×6H-sectionPile locations are shown in two rows of three, aligned on dashed centerlines.
11'-6" overall footing width1'-3" horizontal end spacing4'-6" horizontal pile spacing4'-6" horizontal pile spacing1'-3" horizontal end spacing11'-6" overall footing length1'-3" vertical end spacing4'-6" vertical pile spacing+3 more
p16_r02Detail
- pile×6H-section symbolSix pile symbols are visible in the footing plan.
4'-3" overall width at SECTION B-B2'-1½" centerline-to-centerline width2'-1½" centerline-to-centerline width11½" bearing offset1'-2" intermediate spacing1'-2" intermediate spacing11½" bearing offset4'-0" MIN. minimum depth+17 more
p16_r08Plan
- Pile×6H-sectionSix pile symbols shown within footing plan.
11'-6" Overall footing width1'-3" Footing width segment4'-6" Pile spacing4'-6" Pile spacing1'-3" Footing width segment11'-6" Overall footing length1'-3" Footing length segment4'-6" Pile spacing+3 more
Page 17
p17_r02 at eq spsElevation
- pile×6vertical rectangularSix pile locations are visible below the horizontal member; callout states 4-440 OVER EACH PILE.
EL. 189.42 elevationEL. 189.50 elevationEL. 186.04 elevationEL. 185.93 elevationEL. 185.80 elevationEL. 185.67 elevationEL. 185.53 elevationEL. 185.37 elevation+21 more
p17_r03 at eq spsElevation
- pile×6rectangularSix vertical piles/supports are visible below the horizontal member; callout states 4-440 over each pile.
EL. 188.39 ElevationEL. 188.45 ElevationEL. 185.12 ElevationEL. 185.32 ElevationEL. 185.49 ElevationEL. 185.66 ElevationEL. 185.82 ElevationEL. 185.96 Elevation+17 more
p17_r09 plan driving objectiveNotes
- pilesH-sectionsteelSpecified as HP 12 X 53 piles.
212 KIPS maximum factored axial loadHP 12 X 53 pile section designation326 KIPS driving resistance122 minimum tip elevation144 minimum tip elevation
p17_r02Elevation
- pile×6rectangularSix vertical piles/supports are visible; lower portions are not shown in this crop.
189.42 Elevation189.50 Elevation186.04 Elevation185.93 Elevation185.80 Elevation185.67 Elevation185.53 Elevation185.37 Elevation+16 more
p17_r03Elevation
- pile×6rectangularSix vertical pile elements are visible beneath the longitudinal member.
188.39 elevation188.45 elevation185.12 elevation185.32 elevation185.49 elevation185.66 elevation185.82 elevation185.96 elevation+10 more
p17_r05Section
- pile×2rectangularTwo vertical pile elements are shown below the cap; lower portions are broken off.
6'-0" MIN. minimum horizontal dimension from B.F.P.R. reference3'-0" horizontal cap dimension2'-0" MIN. minimum vertical cap dimension
p17_r09Notes
- pilesH-sectionsteelALL PILES SHALL BE STEEL H, HP 12 X 53.
212 KIPS maximum factored axial loadHP 12 X 53 pile section designation326 KIPS driving resistance122 minimum tip elevation144 minimum tip elevation
Page 18
p18_r01 footing 3Plan
- pile locationPILE NO. 1–12×48H-like pile symbolSix pile symbols are shown in each complete footing plan; pile numbers repeat between the illustrated bent plans.
p18_r02 footing elevationSection
- pile×1rectangularPile outline is partly shown below the footing; the embedded portion is dashed.
p18_r03 footing 3Table
- pile1-12×12Pile tip elevation and bottom of footing elevation cells are blank in this crop.
p18_r04 elevationTable
- PilePILE NO. 1-12×12Pile tip elevation cells are blank in this crop.
p18_r05 notesNotes
- PilesReferenced in the note; no pile details are shown.
p18_r06 elevationTable
- Pile1 LEFT×6Pile locations BEAM 1 through BEAM 6; pile numbers 1 through 6. Pile tip elevation cells are blank.
- Pile1 RIGHT×6Pile locations BEAM 7 through BEAM 12; pile numbers 7 through 12. Pile tip elevation cells are blank.
p18_r07 footing 1Table
- Pile×12Pile numbers 1 through 12 are listed; pile tip elevation cells are blank in this crop.
p18_r08 footing 3Table
- pile×12Pile numbers 1 through 12 are listed; pile tip elevation and bottom of footing elevation cells are blank.
p18_r09 footing 1Schedule
- Pile×12Listed as Pile Nos. 1 through 12; pile tip elevation cells are blank in this crop.
p18_r01Plan
- Pile1–12×48H-section symbolSix pile symbols are shown in each visible footing layout; pile numbering is 1–6 in FOOTING 1/3 and 7–12 in FOOTING 2/4.
p18_r02Elevation
- pile×1rectangular dashed outlineShown extending through and below the footing; no pile designation is visible.
p18_r03Table
- pilePILE NO. 1-12×12Pile tip elevation and bottom of footing elevation cells are blank in this crop.
p18_r04Table
- pile×12Pile numbers 1 through 12 are listed; pile tip elevation cells are blank in this crop.
p18_r06Table
- Pile1-12×12Pile numbers 1 through 12 are listed; no pile tip elevation values are shown in this crop.
p18_r07Table
- Pile×12Pile numbers 1 through 12 are listed; pile tip elevation and bottom of footing elevation cells are blank in this crop.
p18_r08Table
- pile1–12×12Pile tip elevation and bottom-of-footing elevation cells are blank in this crop.
p18_r09Table
- pile×12Pile numbers 1 through 12 are listed; pile tip elevation and bottom of footing elevation cells are blank in this crop.