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The following changes have been made since the last supplemental specification:

Section 260.3 - Clarified the finished requirements.

Section 380.3.B.1 - Adds provision for computerized batching equipment.

Section 380.4 & 5 - Changes the method of measurement and payment for dowel bar assembly from linear foot to per each dowel bar.

Section 390.4 & 5 - Changes the method of measurement and payment for Type A & B spalls.

Section 463 - entire section updated.

Section 480.3.C - Defines tie wires as black annealed 16 1/2 gauge (1.65 mm) or heavier.

Section 490.3 - Defines when temperature monitoring is not required.

Section 560.3.B.8 - Defines when temperature monitoring is not required.

Section 831.1 - Permittivity for silt fence was changed to 0.5 in lieu of 0.01. Also revised the values for permittivity for all fabrics as minimum values. Elongation at failure for Type B fabric was changed from 50 max to 50 min.


STATE OF SOUTH DAKOTA
DEPARTMENT OF TRANSPORTATION

SUPPLEMENTAL SPECIFICATION TO
STANDARD SPECIFICATIONS FOR ROADS AND BRIDGES

JULY 20, 1998


MAKE THE INDICATED CHANGES TO THE FOLLOWING SPECIFIED SECTIONS:

Section 260.3 A - Page 85 - Delete the following sentence in the sixth paragraph:

On newly graded projects and process in place the typical section shall be finished to within ± 0.2 percent.

Section 350.2 - Page 116 - Delete the following sentence :

The sealant material shall have a unit weight between 8.99 and 9.36 lbs./gal (1080 and 1124 kilograms per cubic meter).

And replace with the following sentence:

The sealant material shall have a unit weight no greater than 9.36 lbs./gal (1124 kilograms per cubic meter).

Section 380.3.B.1. - Page 130 - Add the following after the last paragraph:

Computerized Batching Equipment: The following provisions shall apply to all Class A or Class M (Class I) furnished to projects within the city limits of Sioux Falls and to all other concrete batched by computerized ready mix plants:

A printed, computer generated, ticket shall be automatically produced for each load of concrete batched. The printed computer ticket shall accompany each load of concrete to the project and shall be presented to the Engineer prior to discharging the load at the project site.

Batching equipment shall be automatic. Manual operations will be permitted when automatic controls fail provided concrete meeting specified results is produced. However, the automatic operation shall be restored before work may commence the day following the failure.
The printed ticket must contain the following minimum information:

Truck Number
Date and Time batched
Total volume of the load, in cubic yards (cubic meters)
Mix Identification [ID]
Actual weight (mass) or volume of each component of the mix:
        coarse aggregate
        fine aggregate
        cement
        fly ash
        water
        admixtures

The above information must be automatically printed in such a manner that the Engineer may verify that the mix adheres to the proportions specified by the design mix.

Section 380.4 B - Page 151 - Delete the entire section and replace with the following:

Dowel Bar Assemblies: Dowel bar assemblies will be measured by the number of bars actual furnished and installed.

Section 380.5 B - Page 152 - Delete the first sentence and replace with the following:

Dowel Bar Assemblies: Dowel bar assemblies will be paid for at the contract unit price per each dowel bar.

Section 390.4 B - Page 155 - Delete the entire section and replace with the following::

Repair of Type A Spalls: Repair of Type A spalls will be measured to the nearest 0.1 square foot (0.01 square meter). Surface measurement will be taken to the nearest 0.1 linear foot (0.01 meter).

Section 390.4 C - Page 155 & 156 - Delete the entire section and replace with the following:

Repair of Type B Spalls: Repair of Type B spalls will be measured to the nearest 0.1 linear foot (0.01 meter) or to the nearest 0.1 square foot (0.01 square meter), as shown on the plans.

Section 390.5B - Page 156 - Delete the first sentence and replace with the following:

Repair of Type A Spalls: Repair of Type A spalls will be paid for at the contract unit price per 0.1 square foot (0.01 square meter).

Section 390.5 C - Page 156 - Delete the first sentence and replace with the following:

Repair of Type B Spalls: Repair of Type B spalls will be paid for at the contract unit price per 0.1 linear foot (0.01 meter) or to the nearest 0.1 square foot (0.01 square meter), as shown on the plans.

Section 412.2 A.2 - Page 184 - Delete the entire section and replace with the following:

Paint System: Coatings, including primer, top coat and field repair coats shall be from the same supplier and shall be one of the systems from the approved products list for Paint for Repainting Bridges.

Section 450.2 E - Page 209 - Delete the sentence and replace with the following:

Drainage Fabric: Section 831.1 - Type A.

Section 463 POLYMER MODIFIED ASPHALT GROWTH JOINT AND ASPHALT BRIDGE JOINT - Page 238 thru 240 - Delete the entire section and replace with the following:

463.1 DESCRIPTION

This work consists of constructing growth joints between the bridge approach sleeper slab and the new PCC pavement with a polymer modified asphalt binder joint system when a Polymer Modified Asphalt Growth Joint is specified. The top three inches (75 mm) of the growth joint will be constructed with a polymer modified asphalt binder joint system unless the thickness is otherwise specified in the plans. When an Asphalt Bridge Joint is specified, this work consists of constructing bridge joints with two inches (50 mm) of the polymer modified asphalt binder joint system unless the thickness is otherwise specified in the plans.

463.2 MATERIALS

A. General: The Polymer Modified Asphalt Growth Joint and Asphalt Bridge Joint shall be one the joint systems from the approved products list. All components of the joint system shall be from one joint system manufacturer. The Contractor shall have a technically competent representative of the joint system manufacturer present during the installation. The joints shall be installed to the limits shown on the plans and in accordance with these specifications.

B. Binder: The joint binder used in the approved joint system shall be a thermoplastic polymeric modified asphalt meeting the following requirements:

Test Method Typical Values
Softening Point ASTM D-36 180ºF(82ºC)Min.
Tensile Adhesion ASTM D-3583 700% Min.
Ductility @ 77ºF(25ºC)   ASTM D-113 40 cm Min.
Penetration: ASTM D-3407
@ 77º F (25º C) 150 g,5 sec.            90 dmm Max.
@ 0º F (-18º C) 200 g,60sec.                    10 Dmm Max.
Flow 5h @ 140º F (60º C) ASTM D-3407 3.0 mm Max.
Resiliency @ 77º F (25º C) ASTM D-3407 60% Min.
Asphalt Compatibility ASTM D-3407 Pass
Recommended Pouring Temp. 390º F (199º C)
Safe Heating Temp. 410º F (210º C)

C. Aggregate: The aggregate shall be crushed granite, washed twice, dried and bagged. The bags shall be clearly marked as to content and gradation. The gradation shall conform to that specified in the Approved Products List for the joint system being installed unless otherwise approved by the Engineer.

D. Backer Rod: The backer rod shall be a closed cell foam expansion joint filler capable of withstanding the elevated temperatures of the polymeric binder.

E. Bridging Plate: The 8" X 1/4" (203 mm X 6.3 mm) bridging plates shall be steel conforming to ASTM A709, Gr. 36 unless otherwise approved by the Engineer.

F. Asphalt Concrete: The type of asphalt concrete placed below the polymer modified asphalt material shall be as specified in the plans and details.

463.3 CONSTRUCTION REQUIREMENTS

A. Surface Preparation: Immediately prior to installing the joint, the exposed concrete surface of the joint shall be thoroughly cleaned by abrasive blast cleaning and dried using a hot compressed air (HCA) lance. The HCA lance shall produce a flame retarded air stream at 3000º F (1650º C) and with a directional velocity of 3000 feet per second (915 meters per second). When there is an interruption due to weather or other causes, the operation shall be repeated with the HCA lance immediately before the tanking operation. The pavement on the sides of the joint shall be thoroughly dried for the depth of the joint system so that a surface for bitumen adhesion is obtained.

B. Backer Rod: After surface preparation, the backer rod shall be placed in the existing joint opening as shown on the plans. If the joint opening is too small to allow placement of the backer rod an alternative method of plugging the opening will be used as approved by the Engineer.

C. Tanking: All prepared exposed surfaces of the joint shall be sealed by pouring the hot binder over the floor area of the joint and spreading the binder to coat all exposed vertical and horizontal surfaces. The tanking shall be continuous and adhere to all surfaces. On the bottom cavity, the binder shall be 1/32 inch (1 mm) thick with pools of greater thickness where there are surface irregularities. The binder shall be applied at 390º F (200º C), plus 5º F (3º C) or minus 10º F (5º C).

D. Bridging Plate: When a bridging plate is specified on the plans and after tanking, the bridging plate is to be placed the entire length of the joint and centered over the existing joint opening. The plate shall be attached by placing spikes through the predrilled holes into the expansion joint gap. The plates shall not overlap. After the bridging plate has been placed, the entire exposed surface of the bridging plate shall be coated with hot binder.

E. Aggregate Preparation: The aggregate shall be heated between 275º F (135º C) and 325º F (163º C) in a rotating drum blending unit with the heat source attached. The temperature shall be controlled by using a hand held, calibrated, digital temperature sensor. The rotating drum blending units shall be thoroughly cleaned prior to use such that no contamination of the binder from previously used materials will occur. The process shall remove all dust and moisture. Blend the aggregate and binder to the proportions specified by the joint manufacturer. The aggregate shall be totally precoated prior to installation.

F. Installation: The installation of the joint materials shall be installed in accordance with the manufacturer’s recommendations and the following:

It is necessary to coat the stone and fill the voids while avoiding an excess of binder. The intent is for a maximum amount of aggregate with all aggregate being coated with binder and a maximum air voids of two percent. The aggregate and binder shall be raked to mix and level the layers. Each layer shall be allowed to cool before placement of the next layer.

The top layer shall be overfilled and compacted to the level of the adjacent surfaces using a roller or vibratory plate compactor. Immediately after compaction, hot binder shall be spread over the joint to fill the surface voids and coat the surface stone. The finished joint shall be dusted with a fine dry aggregate to prevent tracking. The completed joint shall be allowed to cool to the surface temperature of the adjacent pavement before it is exposed to traffic.

The total thickness of the joint material shall not exceed 3 inches (75 mm), unless otherwise specified on the plans. When specified on the plans, the type and thickness of the asphalt concrete placed below the polymer modified asphalt material shall be as indicated in the plan notes and details.

463.4 METHOD OF MEASUREMENT

The Polymer Modified Asphalt Growth Joint and the Asphalt Bridge Joint will be measured by the linear foot (0.1 meter) along the centerline of the completed and accepted joint.

463.5 BASIS OF PAYMENT

The Polymer Modified Asphalt Growth Joint and Asphalt Bridge Joint will be paid for at the contract unit price per linear foot (0.1 meter). Payment will be full compensation for all materials, labor, equipment, tools, and incidentals necessary to satisfactorily complete the work. The costs involved for weatherproofing, binder, aggregate, backer rod, bridging plate and asphalt concrete shall be included in the item, Polymer Modified Asphalt Growth Joint or Asphalt Bridge Joint.

Section 480.3 C - Page 253 - Add the following sentence to the end of the first paragraph:

Tie wires shall be black-annealed 16 1/2 gauge (1.65 mm) or heavier.

Delete the first sentence of the second paragraph and replace with the following sentence:

In addition to the requirements for tying bars at intersections, the top mat of bridge slab and box culvert reinforcing steel shall be tied down with 16 1/2 gauge (1.65 mm) diameter (minimum) tie wires or other approved devices.

Section 490.3.F - Page 261 - Add the following sentence to the last sentence of the last paragraph:

The Contractor will not be required to monitor this cool down temperature when the ambient air temperature is 20º F (11º C) or above.

Section 560.2 B - Page 287 - Delete the sentence and replace with the following:

Drainage Fabric: Drainage Fabric shall conform to Section 831.1 - Type A.

Section 560.3.B.8 - Page 290 - Add the following sentence to the last sentence of the second to last paragraph:

The Contractor will not be required to monitor this cool down temperature when the ambient air temperature is 20º F (11º C) or above.

Section 601.5 - Page 301 - Delete the section and replace with the following :

The Contractor shall perform all required repairs at the contract unit prices contained in the most recent copy of the Special Provision Regarding Price Schedule for Miscellaneous Items. The State and the Contractor shall equally share in the cost of the haul road maintenance and restoration for all routes other than state routes. On all State routes the State will reimburse the Contractor for 100% of the actual quantities for furnishing and placing the materials required to perform the necessary repairs. For all other routes, the State will reimburse the Contractor for 50% of the actual quantities for furnishing and placing the materials required to perform the necessary repairs.

When materials other than those listed in the Price Schedule for Miscellaneous Items, exclusive of materials required for maintenance and restoration of bridges, box culverts and pipe culverts, are ordered by the Engineer, they will be paid for as per Section 4.3 Extra Work. All cost for maintenance and restoration of bridges, box culverts and pipe culverts shall be paid by the Contractor.

Separate payment will not be made for blading and shaping costs necessary for maintenance and restoration of haul roads.

Section 730.2 C - Page 358 - Delete the section and replace with the following :

Seed Testing: Seed shall be tested within 9 months prior to planting. Testing shall be performed by a State Seed Lab, Commercial Seed Testing Lab, or a registered member of the Society of Commercial Seed Analysts (Registered Seed Technologist). A certified test report shall be furnished prior to the start of seeding operations. If the seed is not planted within the 9 month period, the Contractor shall have the seed retested (as described above) for dormant seed, hard seed and germination and a new certified test report shall be furnished prior to starting seeding operations. The retest will be based on a sample obtained from the seed out of compliance. A certified test report will not be required on projects where the plans quantity of seed is 100 pounds ( 45 kilograms) or less.

Section 730.3 D 1. - Page 360 - Insert the following sentence after the first sentence of the last paragraph:

Surface areas that are to be seeded with a Kentucky Bluegrass mixture shall be constructed to the required cross section and contour and shall be smooth, uniform and free from stones, roots and other undesirable material.

Section 730.4 - Page 361 - Delete the last sentence in the last paragraph and replace with the following:

If the seed has been retested based on Section 730.2 C, the retested value will be used in determining PLS

Section 751 - Page 377 - Delete the first paragraph and replace with the following:

Air-entraining admixtures for concrete shall be one hundred percent vinsol resin based and shall conform to the requirements of AASHTO M 154, except as modified below:

Section 831 - Page 392 & 393 - Delete the entire section and replace with the following:

SECTION 831 GEOTEXTILE AND IMPERMEABLE PLASTIC MEMBRANE

831.1 REQUIREMENTS

A. Geotextile and Impermeable Plastic Membrane shall meet the following requirements as applicable for the specified use. The Contractor shall submit a Certificate of Compliance verifying that the material meets the following specifications. Note: If the type of fabric to be used is not specified, Drainage Fabric - Type B shall be used.

ENGLISH UNITS

GEOTEXTILE AND IMPERMEABLE PLASTIC MEMBRANE SPECIFICATIONS

Fabric and Membrane Requirements (Minimum Roll Average)

Drainage Fabric

Geotextile Separator

Fabric and Membrane Property

Test Method

Type A

Type B

Erosion Control Blanket

Silt Fence

Woven

Non-woven

MSE Geotextile Fabric

Impermeable Plastic Membrane

PERFORMANCE CRITERIA DURING SERVICE LIFE

Equivalent or Apparent Opening Size, US Standard Sieve

ASTM D 4751

40-100

40-100

40-140

20-50

40-100

40-100

40-100

- - -

Thickness, Mils

ASTM D 1777

- - -

- - -

- - -

- - -

- - -

- - -

- - -

12

Permittivity, Sec-1

ASTM D 4491

0.2

Min

0.3

Min

0.1

Min

0.5

Min

0.05 Min

0.1

Min

0.005 Min

<0.0000010 cm/sec (6)

Retention Efficiency, %

VTM-51-79(1)

- - -

---

---

75

---

---

---

---

STRENGTH REQUIREMENTS

Wide Width Strip Tensile Strength, lbs/inch

ASTM D 4595(2)

40

90

65

65

130

65

200

80

Elongation at Failure, %

ASTM D 4595(2)

40 Min

50 Min

40 Min

20 Min

20 Min

20 Min

35 Max

20 Min

Burst Strength, psi

ASTM D 3786 Diaphragm Meth.

130

290

210

250

290

210

430

- - -

Trapezoid Tear Strength, lbs

ASTM D 4533 Any Direction

25

75

40

50

50

40

75

50

Puncture Strength, lbs

ASTM D 4833(3)

25

90

50

50

75

50

110

60

ENVIRONMENTAL REQUIREMENTS

Mildew/Rot Resistance, %

AATCC 30 1988(5)

100

100

100

100

100

100

100

100

Insect/Rodent Resistance, %

AATCC 24 1985(5)

100

100

100

100

100

100

100

100

Ultraviolet Resistance, % Strength Retention

ASTM D 4355

(4)

(4)

90

70

(4)

(4)

(4)

(4)

TYPICAL USES

a

b

c

d

e

e

f

g

 

METRIC UNITS

GEOTEXTILE AND IMPERMEABLE PLASTIC MEMBRANE SPECIFICATIONS

Fabric and Membrane Requirements (Minimum Roll Average)

Drainage Fabric

Geotextile Separator

Fabric and Membrane Property

Test Method

Type A

Type B

Erosion Control Blanket

Silt Fence

Woven

Non-woven

MSE Geotextile Fabric

Impermeable Plastic Membrane

PERFORMANCE CRITERIA DURING SERVICE LIFE

Equivalent or Apparent Opening Size, US Standard Sieve, µm

ASTM D 4751

425-150

425-150

425-106

850-300

425-150

425-150

425-150

- - -

Thickness,µm

ASTM D 1777

- - -

- - -

- - -

- - -

- - -

- - -

- - -

225

Permittivity, Sec-1

ASTM D 4491

0.2

Min

0.3

Min

0.1

Min

0.5

Min

0.05

Min

0.1

Min

0.005 Min

<0.000010 mm/sec (6)

Retention Efficiency, %

VTM-51-79(1)

- - -

- - -

- - -

75

- - -

- - -

- - -

- - -

STRENGTH REQUIREMENTS

Wide Width Strip Tensile Strength, kN/m

ASTM D 4595(2)

7

16

11

11

22

11

35

14

Elongation at Failure, %

ASTM D 4595(2)

40 Min

50 Min

40 Min

20 Min

20 Min

20 Min

35 Max

20 Min

Burst Strength, kPa

ASTM D 3786 Diaphragm Meth.

900

2000

1450

1725

2000

1450

2960

- - -

Trapezoid Tear Strength, N

ASTM D 4533 Any Direction

110

330

180

220

220

180

330

220

Puncture Strength, N

ASTM D 4833(3)

110

400

220

220

330

220

490

265

ENVIRONMENTAL REQUIREMENTS

Mildew/Rot Resistance, %

AATCC 30 1988(5)

100

100

100

100

100

100

100

100

Insect/Rodent Resistance, %

AATCC 24 1985(5)

100

100

100

100

100

100

100

100

Ultraviolet Resistance, % Strength Retention

ASTM D 4355

(4)

(4)

90

70

(4)

(4)

(4)

(4)

TYPICAL USES

a

b

c

d

e

e

f

g

(1) Virginia Department of Highways and Transportation test method.
(2) 8" wide x 4" length (200 x 100 mm) specimen tested at a strain rate of 10% (0.4 inch) (10 mm) per minute.
(3) Using 5/16" (8 mm) diameter flat tipped steel cylinder centered with ring clamp.
(4) Non-stabilized or low susceptible geotextiles should not be exposed to ultraviolet radiation for more than 5 days.
(5) American Association of Textile Chemists and Colorists test procedures.
(6) Permeability Coefficient (ASTM D 4491)
    (a) Joints for concrete pipe culverts & RC boxes, edge drains, drainage tubing, etc. Used as a general filtration fabric.
    (b) Riprap, gabions, inslopes retention on MSE backfill, etc. Use-same as (a) except has a higher construction loading.
    (c) Medians, ditches, channels, etc. Used to minimize erosion.
    (d) Medians , ditches, slopes, etc. Used to filter sediment laden water.
    (e) Subgrades, embankments, etc. Used to separate granular material from subgrade.
    (f) Bridge End Backfill and reinforced slopes. Used to create a reinforced fill and/or used as the wall facing material.
    (g) Under pavements. Used to restrict the flow of fluids to underlying materials.

Section 882.3 - Page 406 - Add the following:

Testing ................................ S.D. 211

 

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