2010 Construction and Material Specifications - Ohio Department of ...
2010 Construction and Material Specifications - Ohio Department of ... 2010 Construction and Material Specifications - Ohio Department of ...
507.07 After installation, cover the tops of driven casings until the concrete is placed. Before placing concrete, remove accumulated water or other foreign matter in a driven casing. Maintain a minimum radius of 15 feet (4.5 m) between simultaneous work of placing concrete and driving pile casings. If concrete is placed within the 15-foot (4.5 m) radius, suspend driving operations until the concrete has cured for 5 days. Place concrete for cast-in-place piles using methods that prevent voids, however, do not vibrate the concrete. 507.07 Steel H-Piles. Steel H-piles shall consist of structural steel shapes of the kind and size specified. The Engineer may allow installation of steel piles of the specified type, which the Contractor has from previous projects or stock, if the Contractor furnishes mill certifications and the pile sections are identified with the material specification number, grade, and heat number. This identification may be in the form of information painted on the steel piles or a tag physically attached to the steel. 507.08 Timber Piles. Provide timber piles of sufficient length to remove broomed or split portions caused by driving. Symmetrically trim piles right truncated cone at the tip. If steel shoes or points are specified, carefully shape the tip of the pile so that the steel shoe or point fits snugly and symmetrically. Handle and store timber piles to prevent warping. If specified, provide creosoted piles conforming to 712.06. 507.09 Splices. To the fullest extent practical, avoid splicing steel casings and structural shapes. Splice pile casings and structural shapes either before or after driving a segment. If spliced after driving a segment, splice the piles at least 3 feet (1 m) above the ground and inspect the splice while the pile is driven a minimum of 150 blows. Align segments to make the axis of all segments common. Use full penetration butt welds to splice structural shapes according to 513.21, except delete the requirement to use temporary extension bars. Do not splice timber piles. 507.10 Defective Piles. Piles entirely underground are defective if the pile location at the ground surface is more than the 1 foot (0.3 m) from the location shown on the plans. Piles projecting above the ground are defective if the pile location at the ground surface is more than 3 inches (75 mm) from the location shown on the plans. Pipe piles are defective if not water tight or if damage reduces the crosssectional area by more than 20 percent. Provide the Engineer with a light that allows inspection of the entire length of the interior of a driven casing. Replace, repair, or drive a substitute pile beside the defective pile. The location tolerance for underground piles does not apply to substitute piles beside defective underground piles. The off-location limits do apply to the substitute pile that project above the ground. If a defective pile is removed, fill the hole remaining in the ground with sand. Cut off a defective pile left in place under a footing 3 inches 302
303 507.11 (75 mm) above the elevation of the bottom of the footing. Cut off a defective pile left in place but not under a footing at least 1 foot (0.3 m) below ground level. Fill defective pipe piles left in place with concrete. When the outside rows of bearing piles are not located within tolerances specified above, increase the size of the footing to provide a minimum distance between the pile and footing edge of at least 75 percent of that shown on the plans. 507.11 Prebored Holes. Locate prebored holes as shown on the plans. Provide augured hole diameters: A. For round piles, from 2 inches (50 mm) less to 4 inches (100 mm) more than the pile diameter. B. For steel H-piles, from 6 inches (150 mm) less to 2 inches (50 mm) more than the pile’s diagonal dimension but shall be such as to produce satisfactory pile driving results. Backfill voids between the pile and the prebored hole with a granular material satisfactory to the Engineer. 507.12 Method of Measurement. The Department will measure piles driven by the number of feet (meters). The Department will determine the sum as the lengths of all non-defective piles measured along the axis of each pile from the bottom of each pile to the elevation of cutoff. Unless a separate pay item is specified in the Contract, the Department will include Steel Points or Shoes in the measured length of driven piles. If a separate pay item is specified in the Contract, the Department will measure Steel Points or Shoes by the number of each. The Department will measure piles furnished by the number of feet (meters) of plan specified order length plus any additional order length specified by the Engineer. The Engineer will include the length of undriven piles as furnished, but the Contractor will not receive additional compensation for hauling the piles off the project. For plan specified prebored holes, the Department will measure Prebored Holes by the number of feet (meters) of prebored hole lengths for non-defective piles measured from the surface of ground at the time of boring to the bottom of the hole. The Department will not measure preboring to facilitate the pile driving operation. 507.13 Basis of Payment. Include the cost of preboring when the Contractor elects to prebore to facilitate the pile driving operation, the cost for preboring shall be included in the unit price bid for piles driven. The Department will consider the cost of furnishing and installing the reinforcing steel to be included in the unit price bid for piles driven. The Department will not pay for any splices due to the Contractor furnishing pile lengths shorter than plan order lengths. The Department will not pay for increased pile lengths made by the Contractor unless the Engineer determines that the additional lengths are needed to achieve bearing.
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507.07<br />
After installation, cover the tops <strong>of</strong> driven casings until the concrete is placed.<br />
Before placing concrete, remove accumulated water or other foreign matter in a<br />
driven casing. Maintain a minimum radius <strong>of</strong> 15 feet (4.5 m) between<br />
simultaneous work <strong>of</strong> placing concrete <strong>and</strong> driving pile casings. If concrete is<br />
placed within the 15-foot (4.5 m) radius, suspend driving operations until the<br />
concrete has cured for 5 days. Place concrete for cast-in-place piles using methods<br />
that prevent voids, however, do not vibrate the concrete.<br />
507.07 Steel H-Piles. Steel H-piles shall consist <strong>of</strong> structural steel shapes <strong>of</strong><br />
the kind <strong>and</strong> size specified.<br />
The Engineer may allow installation <strong>of</strong> steel piles <strong>of</strong> the specified type, which<br />
the Contractor has from previous projects or stock, if the Contractor furnishes mill<br />
certifications <strong>and</strong> the pile sections are identified with the material specification<br />
number, grade, <strong>and</strong> heat number. This identification may be in the form <strong>of</strong><br />
information painted on the steel piles or a tag physically attached to the steel.<br />
507.08 Timber Piles. Provide timber piles <strong>of</strong> sufficient length to remove<br />
broomed or split portions caused by driving. Symmetrically trim piles right<br />
truncated cone at the tip. If steel shoes or points are specified, carefully shape the<br />
tip <strong>of</strong> the pile so that the steel shoe or point fits snugly <strong>and</strong> symmetrically.<br />
H<strong>and</strong>le <strong>and</strong> store timber piles to prevent warping.<br />
If specified, provide creosoted piles conforming to 712.06.<br />
507.09 Splices. To the fullest extent practical, avoid splicing steel casings <strong>and</strong><br />
structural shapes. Splice pile casings <strong>and</strong> structural shapes either before or after<br />
driving a segment. If spliced after driving a segment, splice the piles at least 3 feet<br />
(1 m) above the ground <strong>and</strong> inspect the splice while the pile is driven a minimum<br />
<strong>of</strong> 150 blows.<br />
Align segments to make the axis <strong>of</strong> all segments common.<br />
Use full penetration butt welds to splice structural shapes according to 513.21,<br />
except delete the requirement to use temporary extension bars.<br />
Do not splice timber piles.<br />
507.10 Defective Piles. Piles entirely underground are defective if the pile<br />
location at the ground surface is more than the 1 foot (0.3 m) from the location<br />
shown on the plans.<br />
Piles projecting above the ground are defective if the pile location at the ground<br />
surface is more than 3 inches (75 mm) from the location shown on the plans.<br />
Pipe piles are defective if not water tight or if damage reduces the crosssectional<br />
area by more than 20 percent. Provide the Engineer with a light that<br />
allows inspection <strong>of</strong> the entire length <strong>of</strong> the interior <strong>of</strong> a driven casing.<br />
Replace, repair, or drive a substitute pile beside the defective pile. The location<br />
tolerance for underground piles does not apply to substitute piles beside defective<br />
underground piles. The <strong>of</strong>f-location limits do apply to the substitute pile that<br />
project above the ground. If a defective pile is removed, fill the hole remaining in<br />
the ground with s<strong>and</strong>. Cut <strong>of</strong>f a defective pile left in place under a footing 3 inches<br />
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