us highway 212 meade countyapps.sd.gov/hc65c2c/ebs/lettings/electronicplans/04wr_nonsection.pdf ·...
TRANSCRIPT
DAKOTA
SOUTH
STATE OFPROJECT
SHEETSHEETS
TOTAL
NH 0212(192)87
2 1
11 12
1314
6 5 43 2 1
7 8 9 10 11 12
131415161718
123456
7 8 9 10 11 12
1314151618
12356
7 8 10 12
131415161718
12346
7 8 9 10 11 12
131415161718
6 5
7 8 9 11 12
131415161718
212
212
73
73
FAITH
MAURINE
23.7 3.2
2.5
FA
S
FA
172
AV
E
173
AV
E
174
AV
E
175
AV
E
176
AV
E
177
AV
E
178
AV
E
179
AV
E
180
AV
E
181
AV
E
182
AV
E
183
AV
E
184
AV
E
185
AV
E
186
AV
E
187
AV
E
188
AV
E
189
AV
E
190
AV
E
191
AV
E
192
AV
E
193
AV
E
194
AV
E
195
AV
E
196
AV
E
197
AV
E
198
AV
E
199
AV
E
200
AV
E
202
AV
E
164 ST
165 ST
166 ST
POP. 421
Spook
Creek
Flint
BEGIN NH 0212(192)87 END NH 0212(192)87
MRM 87+0.126
Township 12 North - Range 13 East.
at the southwest corner of Section 6 -
Sta. 0+00 = Sta. 0+00 on NH 0212(74)87
104
+07.1
1
156
+75.4
2
209
+55.3
5
262
+37.4
0
315
+17.3
1
366
+38.5
3
420
+13.2
0
473
+12.6
4
526
+09.9
6
579
+05.2
4
631+63.5
9
680
+93.1
6
733
+85.4
3
137
+21.9
2
189
+80.3
1
240
+02.4
6
292
+91.4
0
345
+74.7
4
398
+80.8
7
451+58.2
7
504
+45.4
7
557
+40.0
0
610
+23.0
6
5+36.3
1
84
+09.9
1
31+32.8
4
MRM 114.05+0.02
Township 12 North - Range 17 East.
Approximately at the southeast corner of Section 4 -
Sta. 658+03.81= Sta. 539+14.40 on FAS 64(1).
PROJECT
Gross Length
Length of Exceptions
Net Length
Miles
Miles
Miles
Feet
Feet
Feet
02/19/2019Plotting Date:
TR
RC
11626
1:2
00
Plotted Fro
m -
Plot Scale -
File -
...\prj\M
ead04
WR\title.d
gn
BEADLE
KINGSBURY BROOKINGS
HAMLIN
MINER LAKE MOODY
MINNEHAHAMcCOOK
SANBORN
HAND
JERAULD
AURORA
DAVISON HANSON
UNION
LINCOLN
CLAY
YANKTON
TURNER
BON HOMME
HUTCHINSONDOUGLASCHARLES MIX
GREGORY
BRULE
BUFFALO
TRIPP
LYMAN
HUGHES
HYDESULLY
CODINGTONCLARK
GRANT
ROBERTSMARSHALL
DAY
SPINK
BROWNMcPHERSON
EDMUNDS
FAULKPOTTER
WALWORTH
CAMPBELL
STANLEY
JONES
MELLETTE
JACKSON
HAAKON
DEWEYZIEBACH
MEADE
BUTTE
LAWRENCE
PENNINGTON
CUSTER
FALL RIVER
BENNETT TODD
DEUEL
CORSONPERKINS
HARDING
DHV
D
DHV T%
V
DESIGN DESIGNATION
STORM WATER PERMIT
OGLALA LAKOTA
STATE OF SOUTH DAKOTA
DEPARTMENT OF TRANSPORTATION
PLANS FOR PROPOSED
AADT T%
PROJECT NH 0212(192)87
US HIGHWAY 212
MEADE COUNTY
PCN 04WR
None Required
AADT (2017)
AADT (2037)
568
760
119
50%
10.2%
22.4%
65 mph
INDEX OF SHEETS
R13E R14E R15E R16E R17E
T12
N
PERKINS COUNTY
MEADE COUNTY
653+30.69 Ah
655+35.92 Bk=
EQUATION
691+52.26
691+54.94 Bk=
EQUATION
12+79.12 Ah
767+99.00 Bk =
EQUATION
142,037.7
0 0
142,037.7
Asphalt Concrete Resurfacing
16 - 27 Details & Standard Plates
10 - 15 Typical Sections
2 - 9 Estimate With General Notes & Tables
General Layout W/Index1
26.868
26.868
1 27
3
2 27
0 0 <:'!
ESTIMATE OF QUANTITIES
BID ITEM ITEM
NUMBER
009E0010 Mobilization
009E3320 Checker
120E0100 Unclassified Excavation, Digouts
120E6200 Water for Granular Material
210E1000 Shoulder Preparation
260E1010 Base Course
260E1050 Base Course, Salvaged Asphalt Mix
320E7012 Grind 12" Rumble Strip or Stripe in Asphalt Concrete
330E0100 SS-1h or CSS-1h Asphalt for Tack
330E0210 SS-1h or CSS-1h Asphalt for Flush Seal
330E2000 Sand for Flush Seal
332E0010 Cold Milling Asphalt Concrete
600E0300 Type Ill Field Laboratory
633E0010 Cold Applied Plastic Pavement Marking, 4"
633E0030 Cold Applied Plastic Pavement Marking, 24"
633E0040 Cold Applied Plastic Pavement Marking, Arrow
633E1200 Waterborne Pavement Marking Paint with High Grade Polvmer. White
633E1205 Waterborne Pavement Marking Paint with High Grade Polymer.Yellow
633E5000 Grooving for Cold Applied Plastic Pavement Marking, 4"
633E5015 Grooving for Cold Applied Plastic Pavement Marking, 24"
633E5025 Grooving for Cold Applied Plastic Pavement Marking, Arrow
634E0010 Flagging
634E0020 Pilot Car
634E0110 Traffic Control Signs
634E0120 Traffic Control, Miscellaneous
634E0630 Temporary Pavement Marking
900E0010 Refurbish Single Mailbox
Alternate A
BID ITEM NUMBER
320E0008 PG 64-34 Asphalt Binder
ITEM
320E1003 Class 03 Hot Mixed Asphalt Concrete
320E4000 Hydrated Lime
Alternate B
BID ITEM NUMBER
320E0008 PG 64-34 Asphalt Binder
ITEM
320E1003 Class 03 Hot Mixed Asphalt Concrete
320E4000 Hydrated Lime
QUANTITY UNIT
Lump Sum LS
Lump Sum LS
1,345 CuYd
128.8 MGal
53.600 Mile
15,219.0 Ton
384.0 Ton
53.8 Mile
380.5 Ton
121.6 Ton
1,398.9 Ton
4,260 SqYd
Each
8,274 Ft
360 Ft
10 Each
1,505 Gal
422 Gal
8,274 Ft
360 Ft
10 Each
673.0 Hour
1,345.0 Hour
348.2 SqFt
Lump Sum LS
80.8 Mile
2 Each
QUANTITY UNIT
5,662.3 Ton
98,351 .5 Ton
981 .5 Ton
QUANTITY UNIT
5,017.2 Ton
100,793.0 Ton
982.5 Ton
SPECIFICATIONS
Standard Specifications for Roads and Bridges, 2015 Edition and Required Provisions, Supplemental Specifications, and Special Provisions as included in the Proposal.
ENVIRONMENTAL COMMITMENTS
The SDDOT is committed to protecting the environment and uses Section A Environmental Commitments as a communication tool for the Engineer and Contractor to ensure that attention is given to avoid, minimize, and/or mitigate an environmental impact. Environmental commitments to various agencies and the public have been made to secure approval of this project. An agency with permitting authority can delay a project if identified environmental impacts have not been adequately addressed. Unless otherwise designated, the Contractor's primary contact regarding matters associated with these commitments will be the Project Engineer. These environmental commitments are not subject to change without prior written approval from the SDDOT Environmental Office.
Additional guidance on SDDOT's Environmental Commitments can be accessed through the Environmental Procedures Manual found at: http://www.sddot.com/resources/Manuals/EnvironProcManual.pdf
For questions regarding change orders in the field that may have an effect on an Environmental Commitment, the Project Engineer will contact the Environmental Office at 605-773-3098 or 605-773-4336 to determine whether an environmental analysis and/or resource agency coordination is necessary.
I STATE OF I PROJECT I I TOTAL 1-----------i...:::SH:.:.:E::ET~....:S!!:!HE~EI::TSW
SOUTH 1· 1 1 DAKOTA NH 0212(192)87
Plotting Date: 02/20/2019 Revised 2/20/19 NJF
COMMITMENT B: FEDERALLY THREATENED, ENDANGERED, AND PROTECTED SPECIES
COMMITMENT 82: WHOOPING CRANE
The Whooping Crane is a spring and fall migratory bird in South Dakota that is about 5 feet tall and typically stops on wetlands, rivers, and agricultural lands along their migration route . An adult Whooping Crane is white with a red crown and a long, dark, pointed bill. Immature Whooping Cranes are cinnamon brown . While in flight, their long necks are kept straight and their long dark legs trail behind . Adult Whooping Cranes' black wing tips are visible during flight.
Action Taken/Required:
Harassment or other measures to cause the Whooping Crane to leave the site is a violation of the Endangered Species Act. If a Whooping Crane is sighted roosting in the vicinity of the project, borrow pits, or staging areas associated with the project, cease construction activities in the affected area until the Whooping Crane departs and immediately contact the Project Engineer. The Project Engineer will contact the Environmental Office so that the sighting can be reported to USFWS.
COMMITMENT C: WATER SOURCE
The Contractor will not withdraw water with equipment previously used outside the State of South Dakota or previously used in aquatic invasive species waters within South Dakota without prior approval from the SDDOT Environmental Office. Thoroughly wash all construction equipment to prevent and control the introduction and spread of invasive species into the project vicinity.
Action Taken/Required:
The Contractor will obtain the necessary permits from the regulatory agencies such as the South Dakota Department of Environment and Natural Resources (DENR) and the United States Army Corps of Engineers (USACE) prior to water extraction activities.
Additional information and mapping of Aquatic Invasive Species in South Dakota can be accessed at: http ://sdleastwanted .com/maps/default.aspx.
COMMITMENT E: STORM WATER
Construction activities constitute less than 1 acre of disturbance.
Action Taken/Required:
At a minimum and regardless of project size, appropriate erosion and sediment control measures must be installed to control the discharge of pollutants from the construction site .
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3 27 COMMITMENT H: WASTE DISPOSAL SITE
The Contractor will furnish a site(s) for the disposal of construction and/or demolition debris generated by this project.
Action Taken/Required:
Construction and/or demolition debris may not be disposed of within the Public ROW .
The waste disposal site(s) will be managed and reclaimed in accordance with the following from the General Permit for Construction/Demolition Debris Disposal Under the South Dakota Waste Management Program issued by the Department of Environment and Natural Resources.
The waste disposal site(s) will not be located in a wetland, within 200 feet of surface water, or in an area that adversely affects wildlife, recreation, aesthetic value of an area, or any threatened or endangered species, as approved by the Environmental Office and the Project Engineer.
If the waste disposal site(s) is located such that it is within view of any ROW, the following additional requirements will apply:
1. Construction and/or demolition debris consisting of concrete, asphalt concrete, or other similar materials will be buried in a trench completely separate from wood debris. The final cover over the construction and/or demolition debris will consist of a minimum of 1 foot of soil capable of supporting vegetation. Waste disposal sites provided outside of the Public ROW will be seeded in accordance with Natural Resources Conservation Service recommendations. The seeding recommendations may be obtained through the appropriate County NRCS Office. The Contractor will control the access to waste disposal sites not within the Public ROW with fences, gates, and placement of a sign or signs at the entrance to the site stating "No Dumping Allowed".
2. Concrete and asphalt concrete debris may be stockpiled within view of the ROW for a period of time not to exceed the duration of the project. Prior to project completion, the waste shall be removed from view of the ROW or buried and the waste disposal site reclaimed as noted above.
The above requirements will not apply to waste disposal sites that are covered by an individual solid waste permit as specified in SDCL 34A-6-58, SDCL 34A-6-1 .13, and ARSD 74:27:10:06.
Failure to comply with the requirements stated above may result in civil penalties in accordance with South Dakota Solid Waste Law, SDCL 34A-6-1.31 .
All costs associated with furnishing waste disposal site(s), disposing of waste, maintaining control of access (fence, gates, and signs), and reclamation of the waste disposal site(s) will be incidental to the various contract items.
COMMITMENT I: HISTORICAL PRESERVATION OFFICE CLEARANCES
The SDDOT has obtained concurrence with the State Historical Preservation Office (SHPO or THPO) for all work included within the project limits and all department designated sources and designated option material sources, stockpile sites, storage areas, and waste sites provided within the plans.
Action Taken/Required:
All earth disturbing activities not designated within the plans require a cultural resource review prior to scheduling the pre-construction meeting . This work includes, but is not limited to : Contractor furnished material sources, material processing sites, stockpile sites, storage areas, plant sites, and waste areas.
The Contractor will arrange and pay for a record search and when necessary, a cultural resource survey. The Contractor has the option to contact the state Archaeological Research Center (ARC) at 605-394-1936 or another qualified archaeologist, to obtain either a records search or a cultural resources survey. A record search might be sufficient for review if the site was previously surveyed; however, a cultural resources survey may need to be conducted by a qualified archaeologist.
The Contractor will provide ARC with the following: a topographical map or aerial view of which the site is clearly outlined, site dimensions, project number, and PCN. If applicable, provide evidence that the site has been previously disturbed by farming, mining, or construction activities with a landowner statement that artifacts have not been found on the site.
The Contractor will submit the cultural resources survey report to SDDOT Environmental Office, 700 East Broadway Avenue, Pierre, SD 57501-2586. SD DOT will submit the information to the appropriate SHPO/THPO. Allow 30 Days from the date this information is submitted to the Environmental Engineer for SHPO/THPO review.
In the event of an inadvertent discovery of human remains, funerary objects, or if evidence of cultural resources is identified during project construction activities, then such activities will immediately cease and the Project Engineer will be immediately notified. The Project Engineer will contact the SDDOT Environmental Office to determine an appropriate course of action .
SHPO/THPO review does not relieve the Contractor of the responsibility for obtaining any additional permits and clearances for Contractor furnished material sources, material processing sites, stockpile sites, storage areas, plant sites, and waste areas that affect wetlands, threatened and endangered species, or waterways. The Contractor will not utilize a site known or suspected of having contaminated soil or water. The Contractor will provide the required permits and clearances to the Project Engineer at the preconstruction meeting .
I STATE OF I PROJECT I I TOTAL t-----------i...:S::_::HE=ET:....J__JS:!;!!HE~ET~S--1
SOUTH 1· 1 1 DAKOTA NH 0212(192)87
UTILITIES Plotting Date: 02/19/2019
The Contractor shall contact the involved utility companies through South Dakota One Call (1-800-781-7474) prior to starting work. It shall be the responsibility of the Contractor to coordinate work with the utility owners to avoid damage to existing facilities .
Utilities are not planned to be affected on this project. If utilities are identified near the improvement area through the SD One Call Process as required by South Dakota Codified Law 49-7A and Administrative Rule Article 20:25, the Contractor shall contact the Project Engineer to determine modifications that will be necessary to avoid utility impacts.
MAINTENANCE OF APPROACHES DURING OPERATIONS
Operations shall be conducted such that access to individual entrances shall be maintained at all times throughout the project.
TYPE Ill FIELD LABORATORY
The lab will be equipped with an internet connection such as DSL, cable modem, or other approved service. The internet connection will be provided with a multi-port wireless router. The internet connection will be a minimum speed of 5 Mbps unless limited by job location and approved by the DOT. Prior to installing the wireless router the Contractor will submit the wireless router's technical data to the Area Office to check for compatibility with the state's computer equipment. The internet connection is intended for state personnel usage only. The Contractor's personnel are prohibited from using the internet connection unless pre-approved by the Project Engineer. These items will be incidental to the contract unit price per each for "Type Ill Field Laboratory".
SURFACING THICKNESS DIMENSIONS
Plans tonnage will be applied even though the thickness may vary from that shown in the plans. At those locations where material must be placed to achieve a required elevation, plans tonnages may be varied to achieve the required elevation .
INTERSECTING ROADS AND ENTRANCES
Intersecting roads and entrances shall be satisfactorily cleared of vegetation, shaped, milled and compacted prior to placement of mainline surfacing . This work shall be considered incidental to the various bid items on the project. Separate measurement and payment will not be made.
WATER FOR COMPACTION
A rate of 12 gallons per ton (4 .8 MGal per mile) has been used to calculate water for compaction for Shoulder Preparation . This rate may be adjusted as directed by the Engineer. Four percent, plus or minus, moisture will be required at the time of compaction unless otherwise directed by the Engineer.
Water shall be paid for at the contract unit bid price per MGal for Water for Granular Material.
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4 27 SHOULDER WORK
Vegetation and accumulated material on or adjacent to the existing roadway edge shall be removed to the satisfaction of the Engineer prior to shoulder preparation and asphalt concrete resurfacing. Any remaining windrow of accumulated material shall be spread evenly on the inslope adjacent to the asphalt shoulder to the satisfaction of the Engineer prior to the application of the flush seal.
Any vegetation damaged outside of the asphalt concrete limits shall be repaired and/or restored by the Contractor, at no expense to the State, and to the satisfaction of the Engineer.
This shoulder work shall be incidental to other contract items. Separate measurement and payment will not be made.
UNCLASSIFIED EXCAVATION, DIGOUTS
Included in the Estimate of Quantities are 50 cubic yards of Unclassified Excavation, Digouts per mile.
Backfill shall be Base Course paid for at the contract unit price per ton for Base Course.
Provisions should be made to allow water that may collect in the granular material to escape the subgrade. This can include making sure the granular material daylights to the inslope or placing a drain tube at the bottom of the digout and providing an outlet to the closest available point. All costs associated with drainage provisions shall be incidental to Unclassified Excavation, Digouts.
SHOULDER PREPARATION
Prior to paving over gravel shoulders, it is anticipated that the Contractor will be required to add approximately 10,722 tons of Base Course to the existing shoulders to meet the cross slope, inslope, and elevation requirements shown in the typical sections. The Contractor shall then blend, scarify, rework, shape, and compact the upper 4 inches of granular material below the proposed asphalt concrete shoulders. The granular material below the proposed asphalt concrete shoulders shall be shaped and compacted with 4% moisture or as directed by the Engineer, to the typical sections, and in accordance with Section 260.3 D.
All costs associated with blading, scarifying, reworking, shaping, and compacting the granular material shall be incidental to the contract unit price per mile for Shoulder Preparation .
BASE COURSE
Included in the Estimate of Quantities are 100 tons of Base Course per mile for backfill of Unclassified Excavation, Digouts. Also included in the Estimate of Quantities are 200 tons per mile, per shoulder, to bring the existing shoulder slope to the new slope after processing . The base material shall be placed on the shoulders prior to processing . The rate of 200 tons per mile is an estimate. The actual rate may vary based on the existing cross slope of the shoulders. The Contractor shall be responsible for determining the quantity of base course required to achieve the dimensions shown in the typical section .
Base Course shall be Contractor furnished .
All other requirements for Base Course shall apply.
COLD MILLING ASPHALT CONCRETE
Loose material resulting from the fold milling shall be immediately picked up and stockpiled for use as Base Course, Salvaged Asphalt Mix.
Cold Milling Asphalt Concrete shall be performed as shown in the typical sections and as necessary at the limits of the project, so that the top mat of the new asphalt surfacing can match existing surface elevations. The cold milling depth shall be transitioned over a distance of 100' per inch of surfacing depth when matching existing surface elevations. The milling depths might vary along the transition distance due to irregularities in the surface to obtain smoothness.
The Los Angeles Abrasion Loss value on the aggregate used for the in place asphalt concrete was 19 percent. This value was obtained from testing during construction.
Cold milling asphalt is estimated to produce 321.3 tons of cold milled asphalt concrete material. The remainder of the salvaged asphalt concrete material shall become the property of the Contractor.
BASE COURSE, SALVAGED ASPHALT MIX
Base Course, Salvaged Asphalt Mix shall be obtained from the material produced on this project and may be used without further testing . This material shall be used for intersecting roads and approaches.
All other requirements for Base Course, Salvaged Asphalt Mix shall apply. Compaction shall be to the satisfaction of the Engineer.
The contract unit price per ton for Base Course, Salvaged Asphalt Mix shall include loading, placing, and compacting the cold milled material.
I STATE OF I PROJECT I I TOTAL t-----------i...:S::_::HE=ET:....J__JS:!;!!HE~ET~S--1
SOUTH 1· 1 1 DAKOTA NH 0212(192)87
ADDITIONAL QUANTITIES Plotting Date: 02/19/2019
Included in the Table of Additional Quantities are:
100 tons of Class Q3 Hot Mixed Asphalt Concrete, 1.0 tons of Hydrated Lime, and 5.8 tons of PG 64-34 Asphalt Binder per mile for Alt. A, and 100 tons of Class Q3 Hot Mixed Asphalt Concrete, 1.0 tons of Hydrated Lime, and 5.0 tons of PG 64-34 Asphalt Binder per mile for Alt. B for spot leveling, strengthening, and repair of the existing surface throughout the project.
6.8 tons of SS-1 h or CSS-1 h Emulsified Asphalt for Tack for repair and leveling areas throughout the project.
Base Course and Class Q3 Hot Mixed Asphalt Concrete for transitions, intersecting roads, and entrances.
CLASS Q3 HOT MIXED ASPHALT CONCRETE
Mineral Aggregate:
Mineral aggregate for Class Q3 Hot Mixed Asphalt Concrete- Alternate A shall conform to the requirements of Class Q3.
Mineral aggregate for Class Q3 Hot Mixed Asphalt Concrete- Alternate B shall consist of a minimum of 80 percent crushed limestone ledgerock and shall conform to the requirements of Class Q3.
Mix Design Criteria -Alternate B: Gyratory Controlled QC/QA Mix Design requirements for the Class Q3 Hot Mixed Asphalt Concrete shall conform to the requirements of Class Q3 except as modified by the following:
Voids in Mineral Aq 1reqate (VMA): I Minimum VMA (%): I I Class Q3 13.0 I
Pay Factor Attributes -Alternate B:
Air Voids :
I Class Q3 Air Voids(%) :
3.5 ±1 .0
All remaining requirements for Class Q3 shall apply.
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5 27 RATES OF MATERIALS
US 212 - SECTIONS 1 & 2 Sta. 0+00 to 767+99
Sta. 12+79.12 (2"d Sta.) to Sta. 489+96.06 (2"d Sta.) Sta. 501 +70.60 (2"d Sta.) to Sta. 645+73.49 (2"d Sta.)
The Estimate of Quantities is based on the following quantities of materials per mile.
CLASS Q3 HOT MIXED ASPHALT CONCRETE - 2-1.5" Lifts
Alt A Alt B
Aggregate 1588 1644 Tons
PG 64-34 Asphalt Binder 98 87 Tons
Total Mix 1686 1731 Tons
Hydrated Lime 17 17 Tons
Total Mix with Hydrated Lime 1703 1748 Tons
The exact proportions of these materials will be determined on construction.
SS-1 h or CSS-1 h Emulsified Asphalt for Tack applied at the rate of 8.3 tons applied 37 feet wide (Rate = 0.09 gallons per square yard). Prior to the first mainline lift.
SS-1 h or CSS-1 h Emulsified Asphalt for Tack applied at the rate of 5.5 tons applied 37 feet wide (Rate = 0.06 gallons per square yard). Prior to the second mainline lift.
FLUSH SEAL SS-1 h or CSS-1 h Emulsified Asphalt for Flush Seal at the rate of 4.5 tons applied 36 feet wide (0.05 gallons per square yard).
Sand for Flush Seal at the rate of 51.6 tons applied 22 feet wide (8 pounds per square yard).
CHECKING SPREAD RATES
The Contractor shall be responsible for checking the Asphalt Concrete Surfacing spread rate and take the weigh delivery tickets as the surfacing material arrives on the project and is placed onto the roadway.
The Contractor shall compute the required spread rates for each typical surfacing section and create a spread chart prior to the start of material delivery and placement. The Engineer will review and check the Contractor's calculations and spread charts .
The station to station spread shall be written on each ticket as the surfacing material is delivered to the roadway.
At the end of each day's shift, the Contractor shall verify the following:
• All tickets are present and accounted for, • The quantity summary for each item is calculated, • The amount of material wasted if any, • Each day's ticket summary is marked with the corresponding 'computed
by', • The ticket summary is initialed and certified that the delivered and placed
quantity is correct.
All daily tickets and the summary by item shall be given to the Engineer no later than the following morning.
If the checker is not properly and accurately performing the required duties, the Contractor shall correct the problem or replace the checker with an individual capable of performing the duties to the satisfaction of the Engineer. Failure to do so will result in suspension of the work.
The Department will perform depth checks. The Contractor shall be responsible for placement of material to the correct depth unless otherwise directed by the Engineer. If the placed material is not within a tolerance of ±1 /4" of the plan shown depth, the Contractor shall correct the problem at no additional cost to the Department. Excess material above the tolerance will not be paid for. Achieving the correct depth may require picking up and moving material or other action as required by the Engineer.
All costs for providing the Contractor furnished checker and performing all related duties shall be incidental to the contract lump sum price for the CHECKER. No allowances will be made to the contract lump sum price for CHECKER due to authorized quantity variations unless the quantities for the material being checked vary above or below the estimated quantities by more than 25% . Payment for the CHECKER shall then be increased or decreased by the same proportion as the placed material quantity bears to the estimated material quantity.
I STATE OF I PROJECT I I TOTAL 1-----------i...:S::..::HE=ET:....J__JS:!;!!HE~ET~S_J
SOUTH 1· 1 1 DAKOTA NH 0212(192)87
RUMBLE STRIPS Plotting Date: 02/19/2019
Rumble Strip installation shall be completed prior to application of the Flush Seal and Permanent Pavement Markings. The Engineer shall provide the exact start and stop locations for the rumble strip installation .
The Contractor shall provide dust control during installation of the rumble strips .
After rumble strips are installed, SS-1 h or CSS-1 h Emulsified Asphalt for Flush Seal shall be applied at the rate of 0.05 gallons per square yard .
Construction of Asphalt Concrete Rumble Strips shall be paid for at the contract unit price per mile for "Grind 12" Rumble Strip in Asphalt Concrete".
RUMBLE STRIP/ ROADWAY CLEANING
If brooming doesn't remove all foreign material, compressed air or other approved method shall be used to clean the surface after grinding.
The Contractor shall remove all loose material from paved surfaces, including shoulders and under guardrail on a daily basis. Loose material may be picked up and disposed of, or used as fill material adjacent to the paved shoulder. It shall be the Contractor's responsibility to ensure the loose material does not enter any vegetated areas and/or waterways.
Traffic shall be restored to the normal lanes at least 1 hour before sunset to avoid visibility issues with residue remaining on the driving surface due to grinding operations.
All costs associated with this work shall be incidental to the contract unit price per mile for Grind 12" Rumble Strip in Asphalt Concrete.
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6 27 I STATEOF I PROJECT I SHEET I TOTAL
SHEETS SOUTH I NH 0212(192)87 I I DAKOTA
Plotting Date: 02/20/2019 Revised 2/20/19 NJF
TABLE OF QUANTITIES
0
Alt A AltB 0 <:'!
SS-lh or Class Q3 Class Q3 Grind 12"
Base SS-lh or CSS-lh Hot Hot Rumble
Unclassified Course, CSS-lh Asphalt Sand for Mixed PG 64-34 Mixed PG 64-34 Strip in
Excavation, Salvaged Shoulder Asphalt for Flush Flush Asphalt Asphalt Hydrated Asphalt Asphalt Hydrated Asphalt
Section Station to Station Length Cold Milling Digouts Base Course Ashalt Mix Preparation for Tack Seal Seal Concrete Binder Lime Concrete Binder Lime Concrete
Ft SqYd CuYd Ton SqYd Mile Ton Ton Ton Ton Ton Ton Ton Ton Mile
1 0+00.0 655+35.92 65535.9 1200 621 6206 24.8 171.8 55.7 640.8 42275.6 2432.8 422.0 43392.7 2159.7 422.0 24.8
Equation 655+35.92 653+30.69
1 653+30.69 691+54.94 3824.3 36 362 1.4 10.0 3.3 37.4 2466.9 142.0 24.6 2532.1 126.0 24.6 1.4
Equation 691+54.94 691+52.26
1 691+52.26 767+99.0 7646.7 72 724 2.9 20.0 6.5 74.8 4932.7 283.9 49.2 5063.1 252.0 49.2 2.9
Equation 767+99.0 12+79.12
2 12+79.12 489+96.06 47716.9 452 4519 18.1 125.1 40.6 466.6 30781.0 1771.3 307.3 31594.4 1572.5 307.3 18.1 - -3 489+96.06 497+47.38 751.3 7 71 0.3 2.3 0.8 9.2 653.0 37.6 6.4 670.8 33.2 6.7 0.3
4 497+47.38 501+70.6 423.2 4 40 0.1 1.5 0.5 5.2 415.4 23.9 4.1 426.8 21.2 4.3 0.2
2 501+70.6 645+73.49 14402.9 136 1364 5.5 37.8 12.3 140.8 9291.0 534.7 92.8 9536.5 474.6 92.8 5.5
3 645+73.49 655+31.5 958.0 9 91 0.4 2.9 1.0 11.7 832.6 47.9 8.2 855.3 42.3 8.5 0.4
4 655+31.5 658+03.81 272.3 3 26 0.1 1.0 0.3 3.3 267.3 15.4 2.6 274.6 13.6 2.7 0.1
5 658+03.81 662+32.35 428.5 2595 4 0 0.0 1.0 0.6 6.3 283.3 16.2 2.8 290.9 14.4 2.8 0.2
6 662+32.35 663+09.86 77.5 465 1 0 0.0 0.2 0.1 1.1 51.3 3.0 0.5 52.6 2.6 0.5 0.0 C: C)
"! Add Quantities 0 1816 384 7.0 0 1.7 6101.3 353.8 61.0 6103.3 305.2 61.0 0 "' Q)
0
Totals: 142037.7 4260 1345 15219 384 53.6 380.5 121.6 1398.9 98351.5 5662.3 981.5 100793.0 5017.2 982.5 53.8 ~ 3: ~ 0 u (1) (I)
~ "' C. -:
TABLE OF ADDITIONAL QUANTITIES
~
Alt A AltB u:
SS-lh or Class Q3 Class Q3
Base SS-lh or CSS-lh Hot Hot
Course, CSS-lh Asphalt Sand for Mixed PG 64-34 Mixed PG 64-34
Salvaged Asphalt for Flush Flush Asphalt Asphalt Hydrated Asphalt Asphalt Hydrated
Section Base Course Asphalt Mix for Tack Seal Seal Concrete Binder Lime Concrete Binder Lime
Ton Ton Ton Ton Ton Ton Ton Ton Ton Ton
Spot Leveling, Strengthening, and Repair of Existing Surface 6.8 2690.1 156.0 26.9 2690.1 134.5 26.9
Entrances ( 103) 1676 384 3090.0 179.2 30.9 3090.0 154.5 30.9
Intersecting Roads (7) 140 210.0 12.2 2.1 210.0 10.5 2.1
Mailbox Turnout (5) 40.0 2.3 0.4 40.0 2.0 0.4
Historical Marker Turnout - MRM 90+0.9 0.2 0.1 1.7 71.2 4.1 0.7 73.2 3.7 0.7
Totals: 1816 384 7.0 0.1 1.7 6101.3 353.8 61.0 6103.3 305.2 61.0
E e LL u Q)
"' £
7 27 I I PROJECT I I TOTAL
STATE OF 1----------L.::SH=EE::.._T l....:S!!:!!HE~ET~S_J SOUTH 1· 1 1 DAKOTA NH 0212(192)87
Plotting Date: 02/19/2019
SUMMARY OF ASPHALT CONCRETE COMPACTION
0 Alt A AltB TABLE OF SUPERELEVATION 0 <:'!
Asphalt Asphalt Asphalt Asphalt Station to Station
Concrete Concrete Concrete Concrete 0+00 307+63.19 - Normal Crown Section Class Q3 Class Q3 Class Q3 Class Q3 307+63.19 310+03.19 - Superelevation Transition
with without with without 310+03.19 318+85.05 - 1 ° Curve Left
Specified Specified Specified Specified 0.027 Superelevation Rate Point of Rotation 12' Left
Section Station to Station Length Compaction Compaction Compaction Compaction 318+85.05 321 +25.05 - Superelevation Transition Ft Ton Ton Ton Ton 321 +25.05 344+90.75 - Normal Crown Section
65535.9 29097.9 13177.7 29884.4 13508.3 344+90.75 347+30.78 - Superelevation Transition 1 0+00.0 655+35.92 347+30.78 357+03.76 1 ° Curve Right -
Equation 655+35.92 653+30.69 0.027 Superelevation Rate 1 653+30.69 691+54.94 3824.3 1698.0 768.9 1743.9 788.2 Point of Rotation 12' Right
Equation 691+54.94 691+52.26 357+03.76 359+43.76 - Superelevation Transition 359+43.76 372+74.30 - Normal Crown
1 691+52.26 767+99.0 7646.7 3395.2 1537.5 3486.9 1576.2 372+74.30 375+14.30 - Superelevation Transition Equation 767+99.0 12+79.12 375+14.30 384+46.64 - 1 ° Curve Right
2 12+79.12 489+96.06 47716.9 21186.3 9594.7 21758.9 9835.5 0.027 Superelevation Transition
3 489+96.06 497+47.38 751.3 333.6 319.4 342.6 328.2 Point of Rotation 12' Right
384+46.64 386+86.64 - Superelevation Transition 4 497+47.38 501+70.6 423.2 187.9 227.5 193.0 233.8 386+86.64 426+84.63 - Normal Crown 2 501+70.6 645+73.49 14402.9 6394.9 2896.1 6567.7 2968.8 426+84.63 429+24.63 - Superelevation Transition
418.4 429+24.63 442+66.59 - 1 ° Curve Left
3 645+73.49 655+31.5 958.0 425.4 407.2 436.9 0.027 Superelevation Transition
4 655+31.5 658+03.81 272.3 120.9 146.4 124.2 150.4 Point of Rotation 12' Left 5 658+03.81 662+32.35 428.5 126.8 156.5 130.3 160.6 442+66.59 445+06.59 - Superelevation Transition C:
C)
445+06.59 593+59.16 - Normal Crown "! 6 662+32.35 663+09.86 77.5 22.9 28.4 23.6 29.0 "' a,
593+59.16 595+99.16 Superelevation Transition 0 -~ Add Quantities 0.0 6101.3 0.0 6103.3 595+99.16 605+45.85 - 1 ° Curve Left 3:
0.027 Superelevation Transition ~
Totals: 142037.7 62989.8 35361.7 64692.4 36100.6 0 u (1)
Point of Rotation 12' Left (I)
~ 605+45.85 607+85.85 Superelevation Transition "' C.
-:
607+85.85 770+75.35 - Normal Crown MAILBOXES 770+75.35 773+15.35 Superelevation Transition
~ TABLE OF REFURBISH MAILBOX 773+15.35 776+67.25 1 ° Curve Left u:
The Contractor shall reset the existing mailboxes on new posts with the 0.027 Superelevation Transition necessary support hardware for single mailbox assemblies. The local Single Point of Rotation 12' Left Postmaster will determine the recommended mounting height of the MRM L/R (Each) 776+67.25 778+42.25 - Superelevation Transition mailboxes throughout the project. The Contractor shall coordinate with the 102.49 L 1 778+42.25 780+17.25 - Superelevation Transition Engineer on the proper postal representative to contact 108.05 L 1 780+17.25 784+04.76 - Superelevation Transition
Totals : 2 773+15.35 776+67.25 - 1 ° Curve Left All costs for removing existing mailboxes, providing temporary mailboxes, 0.027 Superelevation Transition and resetting mailboxes with new posts and necessary support hardware Point of Rotation 12' Left shall be incidental to the contract unit price per each for "Refurbish Single 784+04.76 607+85.85 - Superelevation Transition Mailbox". 607+85.85 770+75.35 - Normal Crown
0.027 Superelevation Transition Point of Rotation 12' Left
8 27
E e u. "C Q)
"' £
TEMPORARY PAVEMENT MARKING
Temporary pavement markings for the centerline of the roadway throughout the full length of the project shall meet the requirements of Section 634 of the Specifications.
The Contractor shall be responsible for maintaining a visible and reflective centerline throughout the project. Any marking covered or damaged shall be replaced prior to the end of the day. All costs associated with this work shall be incidental to the contract unit price per mile for "Temporary Pavement Marking".
The Contractor shall use DO NOT PASS and PASS WITH CARE signs for a period of no more than 2 weeks after paving is complete to mark no passing zones on roads following application of flush seal.
ROUTE US Highway 212
ESTIMATED DO NOT PASS
SIGNS
52
ESTIMATED PASS WITH CARE
SIGNS
52
ESTIMATED TOTAL MILES
NO PASSING ZONE
10.1
Cost for furnishing, installing and removing the DO NOT PASS and PASS WITH CARE signs shall be incidental to the contract unit price per mile for "Temporary Pavement Marking".
Flagger symbol signs (W20-7) and flaggers, or a shadow vehicle with highintensity rotating, flashing, oscillating or strobe lights shall be positioned on the roadway shoulder in advance of workers for both directions of traffic during the installation of temporary road markers. The traffic control device used shall be moved to provide proper warning of the work operation. A ROAD WORK AHEAD (W20-1 ), a Worker symbol sign (W21-1) or a BE PREPARED TO STOP (W3-4) warning sign shall be mounted on the rear of the shadow vehicle. The method of traffic control used by the Contractor for this work shall be approved by the Engineer.
TABLE OF PAVEMENT MARKING QUANTITIES
I I
Waterborne Waterborne
Pavement Pavement Cold
TEMPORARY PAVEMENT MARKING (Continued)
Temporary Pavement Marking Paint shall be used on the first lift of Class Q3 Hot Mixed Asphalt. Temporary Flexible Vertical Markers (Tabs) with protective marker covers shall be used on the final lift of Class Q3 Hot Mixed Asphalt Concrete and for the flush seal. The Contractor shall remove the protective marker covers after the application of the flush seal. The measurement of payment of temporary pavement marking will include the paint and tabs with covers, with one pass to remove the first cover after the flush seal, for a total of 3x the segment lenth .
All costs for temporary pavement marking including furnishing , applying, remove covers, maintenance and removal of tabs shall be incidental to the contract unit price per mile for "Temporary Pavement Marking".
PAVEMENT MARKING PAINT
All materials will be applied as per the manufacturer's recommendations.
The Contractor will advise the Engineer a minimum of 3 weeks prior to the application of the permanent pavement marking to allow the State to check and mark the location of no passing zones.
The application of permanent pavement marking will begin no sooner than 7 calendar days following completion of the fog or flush seal. Application of permanent pavement marking will be completed within 14 calendar days following completion of the final surfacing.
All No Passing Zones will be reviewed prior to the application of any new centerline markings. The Contractor will advise the Engineer a minimum of 3 weeks prior to the application of permanent pavement markings to allow the State to mark the locations of No Passing Zones. State forces will not be available to mark the No Passing Zones from 07-19-19 to 08-13-19.
All pavement markings shall be a Waterborne Pavement Marking Paint with High Grade Polymer.
Traffic Control shall be incidental to the cost of application. The striper and advance or trailing warning vehicle shall be equipped with flashing amber lights or advance warning arrow panel.
I
Grooving Grooving Grooving
Cold Cold for Cold for Cold for Cold
Marking Marking Applied Applied Applied Applied Applied Applied
Paint with Paint with Plastic Plastic Plastic Plastic Plastic Plastic
High Grade High Grade Pavement Pavement Pavement Pavement Pavement Pavement Temporary
Polymer, Polymer, Marking, Marking, Marking, Marking, Marking, Marking, Pavement
Begin End Length White Yellow Arrow 4" Yellow 24" Yellow Arrow 4" Yellow 24" Yellow Marking
MRM MRM Ft Gal I Gal Each Ft Ft Each Ft Ft Mile
87.143 110.773 124723.9 1313 70.9
I STATE OF I PROJECT I I TOTAL 1-----------i...:S::..::HE=ET:.._j__JS:!;!!HE~ET~S--I
SOUTH II I I DAKOTA NH 0212(192)87
Plotting Date: 02/19/2019
WATERBORNE PAVEMENT MARKING PAINT WITH HIGH GRADE POLYMER
All materials shall be applied as per manufacturer's recommendations .
This material shall consist of a durable high build, low voe, fast drying, waterborne traffic paint with a 100% acrylic polymer (Dow DT-400 or Dow HD-21A or equivalent) . The Contractor shall provide certification that the material is one of the following products or an equivalent as approved by the Operations Traffic Engineer:
Diamond Vogel 's Waterborne High Build Polymer Marking Paint Ennis-Flint's High Build Polymer Marking Paint
No further testing of this material will be required. Reflective media will consist of glass beads.
RATES OF MATERIALS FOR WATERBORNE PAVEMENT MARKING PAINT WITH HIGH GRADE POLYMER
Solid 4" line= 27.8 Gals/Mile Glass Beads = 8 Lbs/Gal.
All cost for materials, labor and equipment necessary to furnish and install the pavement markings shall be incidental to the contract unit price per gallon for "Waterborne Pavement Marking Paint with High Grade Polymer, White or Yellow".
COLD APPLIED PLASTIC PAVEMENT MARKING
All materials will be applied as per the manufacturer's recommendations.
GROOVING FOR COLD APPLIED PLASTIC PAVEMENT MARKING
The Contractor will establish a positive means for the removal of the grinding and/or grooving residue . Residue from dry grooving will be vacuumed . Solid residue will be removed from the pavement surfaces before being blown by traffic action or wind . The Contractor will conduct this work to control and minimize airborne dust and similar debris that may become a hazard to motor vehicle operation or nuisance to property owners . Residue from wet grooving will not be permitted to flow across lanes being used by public traffic or into gutter or drainage facilities . Residue, whether in solid or slurry form, will be disposed of in a mann1~r that will prevent it from reaching any waterway in a concentrated state . All costs for removal of grinding and/or grooving residue will be included in the contract unit price per foot for "Grooving for Cold Applied Plastic Pavement Marking".
Description
110.773 111.003 1174.5 22 +- 4~ + 4 ~ 3562 ~ 220 t 4 ~ 3562 ~ 220 t 0.7 US 212 & SD 73 Intersection
111.003 113.733 14402.9 152 17 8.2
113.733 114.070 1736.4 18 6 4712 140 6 4712 140 1.0 3 Lane Section with Center Turn Lane
Totals: 142037.7 1505 I 422 I 10 I 8274 I 360 I 10 I 8274 I 360 I 80.8
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9 27 SEQUENCE OF OPERATIONS
During the use of the pilot car and/or flaggers, the Contractor will be limited to 15 minute traffic delays.
1 . Set up Traffic Control . 2. Complete Shoulder Preparation . 3. Complete spot leveling where necessary. 4. Complete Asphalt Concrete Surfacing . 5. Complete installation of rumble strips and mailboxes. 6. Complete flush seal operation . 7. Complete Pavement Marking . 8. Remove Traffic Control.
The intent of the plan sequence of operations is to have the least amount of impact on the traveling public and adjacent landowners.
SHEETING FOR TRAFFIC CONTROL SIGNS
All fluorescent orange background material on traffic control signs, all temporary delineators, and all temporary STOP (R1-1 ), YIELD (R1-2), DO NOT ENTER (R5-1 ), and WRONG WAY (R5-1 a) signs will conform to the requirements of ASTM 04956 Type IX or XI. All other traffic control signs and background colors will conform to the requirements of ASTM 04956 Type IV.
TRAFFIC CONTROL - GENERAL NOTES
Requests to deviate from the sequence of operations shall be submitted in writing to the Engineer for review. Approval of an alternate sequence of operations will only be allowed when the proposed changes meet with the Department's intent for traffic control and sequencing of the work. An alternate sequence shall be submitted for review a minimum of one week prior to potential implementation.
Unless otherwise stated in these plans, no work will be allowed during hours of darkness.
Existing guide, route, informational logo, regulatory, warning signs and delineation shall be temporarily reset and maintained during construction as directed by the Engineer. Removing, relocating, salvaging and resetting of the above items shall be the responsibility of the Contractor.
Non-applicable traffic control devices shall be completely covered or removed during periods of inactivity. Periods of inactivity shall be defined as no work taking place for a period of more than 2 calendar days.
All regulatory signs shall have a minimum mounting height of 5' in rural locations, even when mounted on portable supports .
All materials and equipment shall be stored a minimum distance of 30' from the traveled way during nonworking hours.
The Contractor shall provide installation details at the preconstruction meeting for all breakaway sign support assemblies.
All haul trucks shall be equipped with a second flashing amber light that is visible from the backside of the haul truck . The costs for the flashing amber lights shall be incidental to the various related contract items.
All construction operations shall be conducted in the general direction of traffic movement.
TRAFFIC CONTROL - GENERAL NOTES - (Continued)
If there is a discrepancy between the traffic control plans, standard plates, and the MUTCD - whichever is more stringent shall be used, as determined by the Engineer.
Temporary Flexible Vertical Markers (Tabs) shall be used for lane closure tapers or lane shift tapers and shall be installed at 5' spacing .
Road Work Ahead (W20-1) signs shall be placed at applicable intersecting roads and as directed by the Engineer.
The Contractor shall place Uneven Lane (W8-11) signs where appropriate.
Grooved Pavement (W8-15) signs with Motorcycle (W8-15P) plaques are required in advance of areas that have been cold milled and are not resurfaced the same day. The Grooved Pavement sign assemblies will be installed a minimum of 1000 feet in advance of cold milled sections and remain in place until the sections have been resurfaced.
Fixed location signing placed more than 4 calendar days prior to the start of construction will be covered or laid down until the time of construction. The covers must be approved by the Engineer prior to installation. The cost of materials, labor, and equipment necessary to complete this work will be incidental to other contract items. No separate payment will be made.
All fixed location signs, sign posts, and breakaway bases will be removed within 7 calendar days following pavement marking.
INVENTORY OF TRAFFIC CONTROL DEVICES - PCN 05EU
CONVENTIONAL ROAD
SIGN SIGN DESCRIPTION NUMBER SIGN SIZE
SQFT CODE PER SIGN
W3-4 BE PREPARED TO STOP 2 48" X 48" 16.0 W8-1 BUMP 2 48" X 48" 16.0 W8-6 TRUCK CROSSING 2 48" X 48" 16.0
W8-11 UNEVEN LANES 2 48" X 48" 16.0 W8-15 GROOVED PAVEMENT 2 48" X 48" 16.0 W8-15P MOTORCYCLE (plaque) 2 24" x 18" 3.0 W13-1P ADVISORY SPEED (plaque) 2 30" X 30" 6.3 W16-2P _ FEET ( supplemental distance plaque) 2 30" X 24" 5.0 W20-1 ROAD WORK AHEAD 2 48" X 48" 16.0 W20-4 ONE LA NE ROAD AHEAD 2 48" X 48" 16.0 W20-7 FLAGGER (syrrbol) 2 48" X 48" 16.0 W21-2 FRESH OIL 2 48" X 48" 16.0 G20-1 ROAD WORK NEXT MILES 4 36" X 18" 4.5 -G20-2 END ROAD WORK 2 36" X 18" 4.5
- TYPE 1 ORANGE OBJECT MARKER 2 18" X 18" 2.3
CONVENTIONAL ROAD TRAFFIC CONTROL SIGNS
SQFT
BUMP MARKERS
I STATEOF SOUTH
DAKOTA
Plotting Date:
PROJECT
NH 0212(192)87
02/19/2019
I I TOTAL SHEET SHEETS
I I
Bump markers will be placed adjacent to the bump location. The bump marker details are shown in the following drawing . The steel delineator post will be a 1.12 lb/ft flanged channel steel post for ground mounted installation . If the duration is less than 3 days, the Type 1 Object Marker can be installed on temporary supports .
BUMP (W8-1) signs with appropriate ADVISORY SPEED (W13-1 P) plaques will be placed 500 feet in advance of the bump or as approved by the Engineer for adequate sight distance .
All costs for bump markers, bump signs, and advisory speed plaques will be incidental to the contract unit price per square foot for "Traffic Control Signs".
6' -0' Mtnrmum
- ---3'-0' Min, -----ii
~ ~1 - RED OR ORANGE FLAG · ~ (OPTIONAL)
i . . ....____ WO OD SLAT
----- OR ALUMINUM POST
TYPE I OBJECT MARKER
~------- ~· ~ f ,~' 4'-0'
~ _l_ ·~· . ·:··,·; .·.··~·.·:·--
-------- STEEL OELINEATGR POST
SQFT
32.0 32.0 32.0 32.0 32.0 6.0
12.6 10.0 32.0 32.0 32.0 32.0 18.0 9.0 4.6
348.2
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DAKOTA
SOUTH
STATE OFPROJECT
SHEETSHEETS
TOTAL
NH 0212(192)87
>
4ft
>
1.5" Asphalt Concrete, In Place
2" Asphalt Concrete, In Place
6.5" Subbase, In Place
5.5" Base Course, Salvaged, In Place
Base Course, Salvaged, In Place
Slope: 0.02'/ Ft. Slope: 0.02'/ Ft.
Resurfacing Section
Sta. 0+00 to Sta. 12+79.12 (Thru Equations)
Section 1
Slope: 0.04'/ Ft.
Base Course, Salvaged, In Place
4" +/- Topsoil 4:1 1.5" Asphalt Concrete, In Place
2" Asphalt Concrete, In Place
6.5" Subbase, In Place
5.5" Base Course, Salvaged, In Place
4:1 4" +/- Topsoil
Base Course, Salvaged, In Place
Slope: 0.04'/ Ft.
1.5" Class Q3 Asphalt Concrete
1.5" Class Q3 Asphalt Concrete
Slope: 0.04'/ Ft.
4" +/- Topsoil 4:1
Slope: 0.04'/ Ft.
4" +/- Topsoil4:1
Base Course, Salvaged, In Place
In Place Section
Sta. 0+00 to Sta. 12+79.12 (Thru Equations)
Section 1
3.5ft
1ft.5ft
Slope: 0.02'/ Ft. Slope: 0.02'/ Ft.
27ft
4ft3.5ft
1ft .5ft 12ft
14ft
12ft
14ft
27ft
1.5ft 2.5ft 2ft 12ft 12ft 2ft 2.5ft 1.5ft
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TYPICAL SURFACING SECTIONS
Shoulder Preparation - 4" Depth
10 27
DAKOTA
SOUTH
STATE OFPROJECT
SHEETSHEETS
TOTAL
NH 0212(192)87
>
>
1.5" Class Q3 Asphalt Concrete
1.5" Class Q3 Asphalt Concrete
Slope: 0.04'/Ft.
Base Course, Salvaged, In Place
4:1
2" Asphalt Concrete, In Place
2" Asphalt Concrete, In Place
5.6" Base Course, In Place
6.4" Base Course, Salvaged, In Place
Slope: 0.02'/ Ft. Slope: 0.02'/ Ft.
Slope: 0.04'/Ft.
Base Course, Salvaged, In Place
4:1
Base Course, Salvaged, In Place
3"
4:1
Slope: 0.04'/Ft.
5.6" Base Course, In Place
6.4" Base Course, Salvaged, In Place
2" Asphalt Concrete, In Place
2" Asphalt Concrete, In Place
4:1
Base Course, Salvaged, In Place
Slope: 0.04'/Ft.
3"Slope: 0.02'/ Ft.Slope: 0.02'/ Ft.
1.5ft2.5ft2ft12ft12ft2ft2.5ft1.5ft
4ft
1ft
14ft
1.3ft
14ft
1ft
4ft
1.3ft
TYPICAL SURFACING SECTIONS
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In Place Section
Sta. 501+70.60 (2nd Sta.) to Sta. 645+73.49 (2nd Sta.)
Sta. 12+79.12 (2nd Sta.) to Sta. 489+96.06 (2nd Sta.)
Section 2
Resurfacing Section
Sta. 501+70.60 (2nd Sta) to Sta. 645+73.49 (2nd Sta.)
Sta. 12+79.12 (2nd Sta.) to Sta. 489+96.06 (2nd Sta.)
Section 2
Shoulder Preparation - 4" Depth
11 27
DAKOTA
SOUTH
STATE OFPROJECT
SHEETSHEETS
TOTAL
NH 0212(192)87
* *
* *
>
>
* 0' to 6'
Sta. 645+73.49 to Sta. 649+96.72
Sta. 489+96.06 to Sta. 494+19.29 &
Transition:
Slope: 0.04'/Ft.
Base Course, Salvaged, In Place
3"
4:1
Slope: 0.02'/ Ft. Slope: 0.02'/ Ft.Slope: 0.04'/Ft.
3"
Base Course, Salvaged, In Place
4:12" Asphalt Concrete, In Place
2" Asphalt Concrete, In Place
5.6" Base Course, In Place
6.4" Base Course, Salvaged, In Place
1.5" Class Q3 Asphalt Concrete
1.5" Class Q3 Asphalt Concrete
Slope: 0.02'/ Ft.Slope: 0.04'/Ft.
* 0' to 6'
Sta. 645+73.49 to Sta. 649+96.72
Sta. 489+96.06 to Sta. 494+19.29 &
Transition:
Slope: 0.04'/Ft.
Base Course, Salvaged, In Place
4:1
2" Asphalt Concrete, In Place
2" Asphalt Concrete, In Place
5.6" Base Course, In Place
6.4" Base Course, Salvaged, In Place
4:1
Base Course, Salvaged, In Place
Slope: 0.02'/ Ft.
1.5ft2.5ft2ft12ft6ft12ft2.5ft 2ft1.5ft 6ft
1.3ft
4ft
1ft
14ft6ft14ft4ft
1ft1.3ft
6ft
TYPICAL SURFACING SECTIONS
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In Place Section
Sta. 645+73.49 (2nd Sta.) to Sta. 655+31.50 (2nd Sta.)
Sta. 489+96.06 (2nd Sta.) to Sta. 497+47.38 (2nd Sta.)
Section 3
Surfacing Section
Sta. 645+73.49 (2nd Sta.) to Sta. 655+31.50 (2nd Sta.)
Sta. 489+96.06 (2nd Sta.) to Sta. 497+47.38 (2nd Sta.)
Section 3
Shoulder Preparation - 4" Depth
12 27
DAKOTA
SOUTH
STATE OFPROJECT
SHEETSHEETS
TOTAL
NH 0212(192)87
4:1
** * *
>
** * *
>
Slope: 0.02'/ Ft. Slope: 0.02'/ Ft.
2" Asphalt Concrete, In Place
2" Asphalt Concrete, In Place
5.6" Base Course, In Place
6.4" Base Course, Salvaged, In Place
Slope: 0.04'/Ft.
3"
Base Course, Salvaged, In Place
4:1
** 7.2' to 12.67'
Sta. 656+83.66 to Sta. 658+03.81
**4' to 7.2'
Sta. 655+31.50 to Sta. 656+83.66
** 10' to 4'
Sta. 499+27.82 to Sta. 501+70.60
* 6' to 0'
Sta. 497+47.38 to Sta. 501+70.60
Transition:
1.5" Class Q3 Asphalt Concrete
1.5" Class Q3 Asphalt Concrete
Slope: 0.04'/Ft.
Base Course, Salvaged, In Place
4:12" Asphalt Concrete, In Place
2" Asphalt Concrete, In Place
5.6" Base Course, In Place
6.4" Base Course, Salvaged, In Place
** 7.2' to 12.67'
Sta. 656+83.66 to Sta. 658+03.81
**4' to 7.2'
Sta. 655+31.50 to Sta. 656+83.66
** 10' to 4'
Sta. 499+27.82 to Sta. 501+70.60
* 6' to 0'
Sta. 497+47.38 to Sta. 501+70.60
Transition:
4:1
Slope: 0.02'/ Ft. Slope: 0.02'/ Ft.
1.5ft 10' 14ft 6ft 6ft 12ft 2.5ft 1.5ft2ft
1.3ft
4ft
1ft
14ft6ft6ft10ft 14ft
1.3ft
TYPICAL SURFACING SECTIONS
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In Place Section
Sta. 655+31.50 (2nd Sta.) to Sta. 658+03.81 (2nd Sta.)
Sta. 497+47.38 (2nd Sta.) to Sta. 501+70.60 (2nd Sta.)
Section 4
In Place Section
Sta. 655+31.50 (2nd Sta.) to Sta. 658+03.81 (2nd Sta.)
Sta. 497+47.38 (2nd Sta.) to Sta. 501+70.60 (2nd Sta.)
Section 4
Shoulder Preparation - 4" Depth
13 27
DAKOTA
SOUTH
STATE OFPROJECT
SHEETSHEETS
TOTAL
NH 0212(192)87
>
*
>
* 4'
* 4' to 6.67'
Sta. 661+38.9 to Sta. 662+32.35
Transition:
C & G In Place
Slope: 0.02'/ Ft. Slope: 0.02'/ Ft.
2" Asphalt Concrete, In Place
2" Asphalt Concrete, In Place
5.6" Base Course, In Place
6.4" Base Course, Salvaged, In Place
Base Course, Salvaged, In Place
Slope: 0.04'/Ft.
3"
4:1
* 4' to 6.67'
Sta. 661+38.9 to Sta. 662+32.35
Transition:
2" Class Q3 Asphalt Concrete
2" Asphalt Concrete, In Place
2" Asphalt Concrete, In Place
5.6" Base Course, In Place
6.4" Base Course, Salvaged, In Place
3"
Slope: 0.04'/Ft.
Base Course, Salvaged, In Place
4:1
C & G In Place
Slope: 0.02'/ Ft. Slope: 0.02'/ Ft.
14ft
1ft
14ft6ft6ft14ft10ft2.67ft
1ft
1ft
2.67ft 10ft 6ft 6ft
54.5' 2" Cold Milling
14ft 4ft
1.3ft1ft
TYPICAL SURFACING SECTIONS
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In Place & Cold Milling Section
Sta. 658+03.81 (2nd Sta.) to Sta. 662+32.35 (2nd Sta.)
Section 5
In Place Section
Sta. 658+03.81 (2nd Sta.) to Sta. 662+32.35 (2nd Sta.)
Section 5
14 27
DAKOTA
SOUTH
STATE OFPROJECT
SHEETSHEETS
TOTAL
NH 0212(192)87
>
>
Slope: 0.02'/ Ft. Slope: 0.02'/ Ft.
2" Asphalt Concrete, In Place
2" Asphalt Concrete, In Place
6.4" Base Course, Salvaged, In Place
5.6" Base Course, In Place
C & G In Place
C & G In Place
Slope: 0.02'/ Ft.Slope: 0.02'/ Ft.
2" Class Q3 Asphalt Concrete
C & G In Place
6.4" Base Course, Salvaged, In Place
2" Asphalt Concrete, In Place
2" Asphalt Concrete, In Place
5.6" Base Course, In Place
C & G In Place
2.67ft
1ft
4ft14ft6ft6ft14ft10ft2.67ft
1ft
2.67ft
1ft
10ft 14ft
54ft 2" Cold Milling
14ft 4ft 2.67ft
1ft
6ft6ft
TYPICAL SURFACING SECTIONS
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In Place & Cold Milling Section
Sta. 662+32.35 (2nd Sta.) to Sta. 663+09.86 (2nd Sta.)
Section 6
In Place Section
Sta. 662+32.35 (2nd Sta.) to Sta. 663+09.86 (2nd Sta.)
Section 6
15 27
DAKOTA
SOUTH
STATE OFPROJECT
SHEETSHEETS
TOTAL
NH 0212(192)87
300'
(100' / 1" milling depth rate)
COLD MILLING DEPTH TRANSITION
AT BRIDGE ENDS & PROJECT LIMITSCOLD MILLING ASPHALT CONCRETE
PROJECT LIMITS 3" AC RESURFACING
Existing Surface 3" Milling Depth
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16 27
DAKOTA
SOUTH
STATE OFPROJECT
SHEETSHEETS
TOTAL
NH 0212(192)87
4"
4" YELLOW
4" YELLOW
End of Zone MarkerB
B
B
Shoulder
4" White *
Edge of Driving Lane
A
A
A
2"
4" YELLOW
Centerline Joint Centerline Joint
Centerline Joint
Centerline DetailCenterline Detail
CAR-Y10'
ZONE OF LIMITED SIGHT DISTANCE CAR-X
ZONE OF LIMITED SIGHT DISTANCE CAR-Y
NO PASS ZONE
NO PASS ZONEEDGE LINE
EDGE LINE
FINISHED SHOULDER
FINISHED SHOULDER
30'
CAR-X
12'
12'
Shoulder
Shoulder
4" WHITE *
4" WHITE *
12'
TYPICAL PAVEMENT MARKING LAYOUT
USED TO OBTAIN THIS PATTERN.
NOTE: A TWO "GUN" SYSTEM SHALL BE
JOINT.
SOUTH OR EAST OF THE CENTERLINE
THE SKIP SHALL BE PLACED TO THE
WHEN A SINGLE SKIP LINE EXISTS,
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shoulders less than 2' width.
* 8" WHITE - As per locations in plans with
PASSING
ZONE
NO
17 27
DAKOTA
SOUTH
STATE OFPROJECT
SHEETSHEETS
TOTAL
NH 0212(192)87
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PAVEMENT MARKING LAYOUT
Junction of US 212 & SD 73 North
US 212 & SD 73
(2nd Sta)
Sta. 489+96
Sta. 495+57 (2nd Sta)
Sta. 483+96 (2nd Sta)
Begin No Passing Zone atSta. 501+70 (2nd Sta)
Sta. 497+38 (2nd Sta)
SD 73
Sta. 507+70 (2nd Sta)
End No Passing Zone at
4Y
COLD APPLIED PLASTIC PAVEMENT MARKING, 4"YELLOW
GROOVE PAVEMENT FOR PAVEMENT MARKING, 24"
COLD APPLIED PLASTIC PAVEMENT MARKING, ARROW
FT
FT
EACH
QUANT UNITESTKEY ITEM
W4
PAVEMENT MARKING PAINT, 4" WHITE
FTFTCOLD APPLIED PLASTIC PAVEMENT MARKING, 24"YELLOW
GROOVE PAVEMENT FOR PAVEMENT MARKING, 4" FT
GROOVE PAVEMENT FOR PAVEMENT MARKING, ARROW EACH
Y24
GAL
ESTIMATE OF QUANTITIES
22
4
4
3,562
3,562
220
220
4Y
"4
12'
12'
4Y
W4
W4
W4
W4
W4
12'
12'
12'
12'
12'
12'
12'
12'
12'
243'25'139'25'25' 88' 25'141'283'
4Y
4Y
4Y
4Y
4Y
4Y
Y24
Y24
18 27
DAKOTA
SOUTH
STATE OFPROJECT
SHEETSHEETS
TOTAL
NH 0212(192)87
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PAVEMENT MARKING LAYOUT
25'(2nd Sta)
Sta. 6
45+7
3.49
(2nd Sta)Sta. 649+96.72
(2nd Sta)Sta. 658+38.55
(2nd Sta)Sta. 659+45.22
Junction of US 212 & SD 73 South
US 212, MRM 113.733 to MRM 114.070
W4
Identical Points
4Y
COLD APPLIED PLASTIC PAVEMENT MARKING, 4"YELLOW
GROOVE PAVEMENT FOR PAVEMENT MARKING, 24"
COLD APPLIED PLASTIC PAVEMENT MARKING, ARROW
FT
FT
EACH
QUANT UNITESTKEY ITEM
W4
PAVEMENT MARKING PAINT, 4" WHITE
FTFTCOLD APPLIED PLASTIC PAVEMENT MARKING, 24"YELLOW
GROOVE PAVEMENT FOR PAVEMENT MARKING, 4" FT
GROOVE PAVEMENT FOR PAVEMENT MARKING, ARROW EACH
Y24
GAL
ESTIMATE OF QUANTITIES
W4
W4
W4
W4
W4
4Y
4Y
4Y
4Y
4Y
W4
W4
W4
W4
4Y
4Y
4Y
"4
4Y
4Y
"4
12'
12'12'
14'
12'
12'
14'
12'
Sta. 639+73.49 (2nd Sta)
Begin No Passing Zone at
(2nd Sta)
Sta. 662+68.54
Typical
Y24
4Y
"4
12'
12'
14'
10'8'
12'
14'
12'
18
6
6
4,712
4,712
140
140
19 27
DAKOTA
SOUTH
STATE OFPROJECT
SHEETSHEETS
TOTAL
NH 0212(192)87
Truck Mounted Attenuator
Arrow Panel
Work Vehicle
Arrow Panel
Shadow Vehicle
Arrow Panel
Truck Mounted Attenuator
(Optional)
(Facing oncoming Traffic)
WET PAINT
WET PAINT
Type B, with a size of 60" x 30".
Arrow panels shall, as a minimum, be
Lead Vehicle (optional)
(optional)
TR
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1:200
20
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Mobile
Ops.dgn
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Na
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work is not in progress.
covered or turned from view when
on vehicle-mounted signs shall be
equipment or supplies. Sign legends
they are not obscured by
mounted in a manner such that
Vehicle-mounted signs shall be
MOBILE: Intermittent and continuous moving.
Arrow Panel
Arrow Panel
(Facing oncoming Traffic)
an attenuator is REQUIRED
within the driving lane,
If ANY part of the vehicle is*
MOBILE OPERATIONS 0N 2-LANE ROADGUIDES FOR TRAFFIC CONTROL DEVICES
(Milling Machine)
Work Vehicle
(Broom)
Work Vehicle
500'
min - 10
00'
max
250'
min - 500'
max
Truck Mounted Attenuator *
lights or strobe lights
display high-intensity rotating
Shadow and Work vehicles shall
W20-1AHEAD
WORK
ROAD
Lead Vehicle
vehicles.
sight diistance for approaching
curves or at loctions of adequate
positioned at the crest of vertical
Shadow and Lead Vehicles shall be
Shadow Vehicle
Pavement Marking Operations Rumble Strip Operations
or strobe lights
rotating, flashing, oscillating,
in place of high-intensity
signals shall not be used
Vehicle hazard warning
Marching Diamonds are acceptable.
shall be used in the caution mode.
When an arrow panel is used, it
vehicles traffic to pass
pull over periodically to allow motor
the work and shadow vehicles should
Where practical and when needed,
Truck Mounted Attenuator (Required)
PASS WITH CARE
PASS WITH CARE
20 27
21 27
Station Referred to in the Plans
>- f--::: Sign Support
~ Finished Edge of Shoulder Edge of Driving Lane -~]·--- -------------------- - ----------------
0 I -~~._ _______ 7"'."-----,-----+---L------------
Cf Roadway
I
100'
Edge of Subgrade
Roadway Shoulder
PLAN VIEW
30'
Slope Varies
Cf Sign
Support
Granular Material as Specified in the Plans
.02 FUFt Slope Subgrade
Mainline Surfacing as Specified in the Plans
SECTION A-A
GENERAL NOTES:
100'
\_Finished Edge of Surfacing
lnslope as Specified in the Plans
The finished cross slope of the turnout from the edge of the shoulder to the outside edge of the finished surface will vary depending upon the mainline surfacing thickness.
The minimum surfacing thickness within the turnout will be 6" as depicted in Section A-A.
Published Date: 1st at,. 2019
s 0 0 0 T
HISTORICAL MARKER TURNOUT
September 14, 2018
PLAT£ NUMBER
120.20
Sheet I of I
~ .D 0 L 0 >
~ .D 0
L 0 >
Variab le
R/ W
Variab le
~ .D 0
L 0 >
~ .D 0
L 0 >
~ .D 0
L 0 >
STATE OF SOUTH
DAKOTA
Plotting Date:
PROJECT
NH 0212(192)87
02/19/2019
R/ W
~ .D 0
L 0 >
PAVEMENT EDGE PAVEMENT EDGE
INTERSECTING ROAD NO ASPHALT CONCRETE SURFACING
BEYOND R/W
GR/:\NDL/:\R M/:\ it.Rl/:\l
Variable_
in
J
INTERSECTING ROAD ASPHALT CONCRETE SURFACING
BEYOND R/W R/ W
~ .D 0 L 0 >
_ J~sf 6:han_ - - ASP~{iJoNc'. - PAVEMENT EDGE
ENTRANCE The surfacing details shown on thi s shee t are provided as a guide f or sur fac ing these facilities. The precise cons truc t ion limits f or si tua tions o ther than the s tandards sh own wil I be determined by the Engineer. a t the time of construc tion,
ROADWAY WITH OR WITHOUT SHOULDER Morch 31, 2000
PLAT£ NUMBER
320.10
Published Date: 1st at,. 2019
s 0 0 0 T
RESURFACING OF INTERSECTING ROADS AND ENTRANCES
Sheet I of I
SHEET TOTAL
SHEETS
22 27
Edge of Driving Lone
PERSPECTIVE OF TYPICAL RUMBLE STRIP IN ASPHALT CONCRETE
* When PCC pavement width from centerline to edge of pavement is 12', the rumble strip may be placed a maximum of 2' from the edge of
Edge of Driving Lone
Begin Radius
Begin Radius
the driving lone.
Rood
- ci. 0;,., '<I" I-
Edge of Driving Lone
B$A B 1~-= Q.
LI11- A PLAN VIEW
GENERAL NOTES:
ur--_E} 0~ +- Q.
;,., A rumble strip shall be constructed on all of the asphalt concrete shoulders by grinding alternating patterns of 40' continuous indentations in the asphalt concrete. The rumble strip shall receive a flush seal with the shoulder flush sealing or asphalt surface treatment.
:-'!:: ~ N -~
A rumble strip shall not be constructed through intersecting roods, entrances, and turnouts. The lengths of the 40' segments with continuous indentations and the 12' segments without a rumble strip adjacent to the intersecting roods, entrances, and turnouts shall be adjusted as approved by the Engineer.
PLAN VIEW TYPICAL RUMBLE STRIP IN ASPHALT CONCRETE
7" ±112" ~ ~ ~ijx 12"R.(M:1TI ;;~ Prior to constructing the rumble strip the
Contractor shol I submit to the Engineer, for approval. the proposed method of constructing the rumble strip.
Measurement of the rumble strip shol I be to the Asphalt':::::.. t Concrete
SECTION A-A nearest 0.1 of a mile for each shoulder. Measurement and payment of the rumble strip shol I include the 12' long segments without rumble strips and the segments adjacent to the intersecting roods,entronces, and turnouts without rumble strips. Payment for constructing the rumble strip shall be at the contract unit price per mile for "Grind 12" Rumble Strip or Stripe in Asphalt Concrete".
Published Date: 1st at,. 2019
s 0 0 0 T
12" RUMBLE STRIP IN ASPHALT CONCRETE ON NONO/VIDEO HIGHWAY SHOULDERS
1 12" IMln.>
1 ~!
~t Concrete
SECTION B-B June 26. 2011
PLATE NUMBER
320.24
Sheet I of I
--l µ DETAIL A
Typical limits of pavement~ marking at an intersection, unless otherwise specified in the plans. __
~ i----t=~~,
I /c_2t3)W
STATE OF SOUTH
DAKOTA
Plotting Date:
PROJECT
NH 0212(192)87
02/19/2019
KEY ITEM
® 4" White
(I) 4" Yellow
CID 12" White
@ 24" White
® 24" Yellow ,. Arrow
~
5'-6"~3'-6'
Pairs will be 111t--+----=---J
*CROSSWALK MARKING
(11' Lane Width) spaced 300' to 500'.
~~---rl ~
See Detail A
GENERAL NOTES:
All pavement marking arrows will be as depicted in the current edition of the Manual on Uniform Traffic Control Devices, Section 3B.
Stop bar location will be as shown and dimensioned on this standard plate, or crosswalks will be centered on curb ramps or sidewalks.
Dimension D is variable but will not exceed 29'.
* The crosswalk markings will be placed to avoid the wheel paths as much as possible and the clear space between the longitudinal crosswalk markings will be from 2' to 5'.
Published Date: 1st at,. 2019
s 0 0 0 T
45° (Typ.)
~ Q)
w
j '+ Q) C)
~ 0
ci5 0 ~ ..c: \ "'1, >
Cl C Q)
__J
~
~6'~4'
*CROSSWALK MARKING
(12' Lane Width)
,,..------ If more than 2 arrows per storage lane are shown, then the additional arrows will be
--l placed at approximately equal §' spaces between the arrow at ~ the beginning of the storage
lane and the arrow nearest the stop bar.
No.ember 14, 2018
PAVEMENT MARKINGS FOR ADJACENT INTERSECTIONS ANO CENTER TURN LANE
PLATE NUMBER
633.01
Sheet I of I
SHEET TOTAL
SHEETS
23 27
* Posted Spacing of
The signs ii I ustrated are not required (f) Speed Advance Warning
if the work space is behind a barrier, more than 2 feet behind the curb.or 15 feet or more from the edge of any roadway.
The signs illustrated shall be used where there are distracting situations; such as: vehicles parked on shoulder, vehicles accessing the work site via the highway, and equipment traveling on or crossing the roadway to perform work operations.
The ROAD WORK AHEAD sign may be replaced with other appropriate signs, such as the SHOULDER WORK sign. The SHOULDER WORK sign may be used for work adjacent to the shoulder.
* If the work space is on a divided highway, an advance warning sign should also be placed on the left side of the directional roadway.
For short term, short duration, or mobile operations, all signs and channelizing devices may be eliminated if a vehicle with an activated flashing or revolving yellow light is used.
* (t)
Prior to Work
(M.P.H.J 0 - 30
35 - 40 45 - 50
55 60 - 80
WORK SPACE
Published Date: 1st at,. 2019
s 0 0 0 T
GUIDES FOR TRAFFIC CONTROL DEVICES WORK BEYOND THE SHOULDER
<(
Signs (Feet)
(Al 200 350 500 750 1000
Apr!! 15, 2015
PLATE NUMBER
634.01
Sheet I Of I
STATE OF SOUTH
DAKOTA
Plotting Date:
Posted
PROJECT
NH 0212(192)87
02/19/2019
Spacing of f Speed Advance Warning
Install additional UNEVEN LANES signs at 2 mile intervals throughout the entire length of the uneven area and at affected major intersections, edge of towns, and other sites deemed necessary.
0 LL.I u <( LL a:: :::J l/) LL.I a::
<(
Prior to Work
(M,P.H.l 0 - 30
35 - 40 45 - 50
55 60 - 75
Published Date: 1st at,. 2019
s 0 0 0 T
GUIDES FOR TRAFFIC CONTROL DEVICES UNEVEN ROAD SURFACE
Signs (Feet)
(Al 200 350 500 750
1000
Apr!! 15, 2015
PLATE NUMBER
634.22
Sheet I of I
SHEET TOTAL
SHEETS
24 27
STATE OF SOUTH
DAKOTA
Plotting Date:
PROJECT
NH 0212(192)87
02/19/2019
Posted Spacing of Spacing of Speed Advance Warning Channelizing
Prior to Signs Devices Work !Feet) !Feetl
Warning sign sequence~ f in opposite direction some as below.
Posted Spacing of Speed Advance Warning
Prior to Signs (M,P,H,J (Al !Gl 0 - 30 200 25 35 - 40 350 25
45 500 25 50 500 50 55 750 50
60 - 65 1000 50
.--------- F I o g g er
• Channelizing Device
For low-volume traffic situations with short work zones on straight roadways where the flogger is visible to rood users approaching from both directions, o single flogger may be used.
The ROAD WORK AHEAD and the END ROAD WORK signs may be omitted for short duration operations (I hour or lessl.
For tock and/or flush seal operations, when floggers ore not being used, the FRESH OIL sign <W21-2l shall be displayed in advance of the liquid asphalt areas.
Flashing warning lights and/or flogs may be used to coll attention to the advance warning signs.
The channelizing devices shall be drums or 42" cones.
Channelizing devices ore not required along the centerline adjacent to work area when pilot cars are ut i lized for escorting traffic through the work area.
ll!IOM OVO!I ON3
Channelizing devices and floggers shall be used at intersecting roods to control intersecting rood traffic as required.
The buffer space should be extended so that the two-way traffic toper is placed before a horizontal or vertical curve to provide adequate sight distance for the flogger and queue of stopped vehicles.
The length of A may be adjusted to fit field conditions.
Published Date: 1st at,. 2019
s 0 0 0 T
i_ •
0 N
• • •
t
(OptionoD
GUIDES FOR TRAFFIC CONTROL DEVICES LANE CLOSURE WITH FLAGGER PROVIDED
June 3, 2016
PLAT£ NUMBER
634.23
Sheet I of I
L Q) Q) 0 'I- 0 'I- 0. ~Vl
Conditions represented ore for work that requires closings during daytime hours only.
This application is intended for o planned temporary closing not to exceed 15 to 20 minutes.
ll!IOM OVO!I ON3
Published Date: 1st at,. 2019
s 0 0 0 T
Work <Feet) <M.P.H.l <Al 0 - 30 200
35 - 40 350 45 - 50 500
55 750 60 - 65 1000
--' Flogger
~
L Q) Q) 0 'I- 0 'I- 0. ~Vl
G20-2 (OptionoD
Posted Speed Length of
Prior to Longitudinal Work Buffer Space
<M.P.H,J <Feet) 20 115 25 155 30 200 35 250 40 305 45 360 50 425 55 495 60 570 65 645
Buffer space de9.endent on work site limitations.
BE PREPARED TO STOP~
~ ~
September 6, 2015
GUIDES FOR TRAFFIC CONTROL DEVICES TEMPORARY ROAD WORK
PLAT£ NUMBER
634.30
Sheet I of I
SHEET TOTAL
SHEETS
25 27
6' to 12'
RURAL DISTRICT
* E :::J E
:~ ::::e
Lil
E E :::J .§ :::J
.§ .s .s ::::e ::::e Lil r--
URBAN DISTRICT
Walkway
* If the bottom of supplemental plate is mounted lower than 7 feet above a pedestrian walkway, the supplemental plate should not project more than 4" into the pedestrian facility.
. . ...
6' to 12'
RURAL DISTRICT WITH SUPPLEMENTAL PLATE
. • . . . .
RURAL DISTRICT 3 DAY MAXIMUM
E :::J E
E .§ :::J :::J E E C
~ C ·c:: ::::e ::::e Lil r--s:r
Sign shall be level.
(Not appl icable to regulatory signs)
September 22. 2014
Published Date: 1st at,. 2019
s 0 0 0 T
CRASHWORTHY SIGN SUPPORTS (Typical Construction Signing)
PLATE NUMBER
634.85
Sheet I of I
Examples of ~ ,/ 60" Chord Line \\/
Clearance Checks /
I
\
STATE OF SOUTH
DAKOTA
Plotting Date:
PROJECT
NH 0212(192)87
02/19/2019
,...- -- -- -- - ---- ---. __ 1 Anchor Post or Slip Bose
-- ~ / ' -, __
" \
I
/
\
--------- -
,/ '--_ 120" Diameter ,... - ,,- (Perimeter of stub height
clearance checks)
PLAN VIEW !Examples of stub height cl ear once checks)
Top of Anchor Post or Slip
Chord Line_/
Ground Line
ELEVATION VIEW GENERAL NOTES:
The top of anchor posts and slip bases SHALL NOT e x tend above a 60" chord line within a 120" diameter circle around the post with ends 4" above the ground.
At locations where there is curb and gutter adjacent to the breakaway sign support, the stub height shall be a maximum of 4" above the ground line at the localized area adjacent to the breakaway support stub.
The 4" stub height clearance is not necessary for LI-channel lop splices where the support is designed to yield (bend) at the base.
Published Date: 1st at,. 2019
s 0 0 0 T
BREAKAWAY SUPPORT STUB CLEARANCE
July I, 2005
PLATE NUMBER
634.99
Sheet I of I
SHEET TOTAL
SHEETS
26 27
© > 0 L 1-
'f-0
© O>
"CJ LL.I
,_ ___ ....,. © +© L CJ C 0 u +-0 J:
: \ Q. "CJ • U) © • ~ J:
\ l/)~ D .~:g, ' ....J SD
\ ·-,: : .. ___________ r_ C 0
C 0
+CJ © .~
0
CJ 'f'f-0 L I-
+'f- CJ o©
U)
+- L C ©
Entrance or Intersecting Road
·o 1: ________ \ __ _ 0..- ,,,,,,,. .... -
/ ,' ©
/ .CJ ' 0
L ,' U) 0
..' ITT---=f-__ ::;, ~ --,,}-----.i
I m~
~ ;
ll; ( L ©
"CJ :::J 0 J: l/)
' 'f- ' o I ' © '
O> I "CJ ' LL.I '
I ' '
Ls• (Min.l
l/) l/)
....J ::c: L L 0 0 'f- 'f-
· o ~~
"""---~
+© 0
© © l/)
L ©
J: +Q. 0
E ~ 0 O> l1l "CJ C C 0 0 J: J: +- Q.
Ul E U) 0 ~ l1l
II II
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Published Date: 1st at,. 2019
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MAILBOX TURNOUT
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September 6, 2015
PLATE NUMBER
900.01
Sheet I of I
"8-32 X %" ---...._ Slotted RO, HD. Bolt (Stove Bolt) 2 Washers, I Washer I Nut
"8-32 X %" Slotted RO, HD. Bolt (Stove Bolt) 2 Washers, I Washer I Nut
%" - 16 x 5" Hex Bolt 2 Washers, I Lockwasher I Nut
Shelf
%" - 16 x 5" Hex Bolt 2 Washers, I Lockwasher I Nut
STATE OF SOUTH
DAKOTA
Plotting Date:
%" - 16 x %" Hex Bolt 2 Washers, I Lockwasher I Nut
H a 39" to 48" n n (As established b~Stop Surface U.S. Postal Service)
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GENERAL NOTES: SPACING FOR MULTIPLE POST INSTALLATION The post support assemblies provided should be consistant throughout the Single and double mailboxes may be in any sequence.
PROJECT
NH 0212(192)87
02/19/2019
Bracket
4" x 4" Square or 4"Round Wood Post
Bracket
4" x 4" Square or 4" Round Wood Post
project •
Post support assemblies shall be one from the approved products list, a 4"x 4" or 4" round wood post, or an alternate post support assembly that meets the test level 3 crash testing requirements of NCHRP 350 or MASH.
Alternate mailbo x support assemblies shall be approved by the Engineer prior to installation. The Contractor shall provide the Engineer written certification that the mailbox support assembly has met the crash testing requirements and will be installed in accordance with the manufacturer ' s installation instructions.
Published Date: 1st at,. 2019
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SINGLE AND DOUBLE MAILBOX ASSEMBLIES
September 6, 2013
PLATE NUMBER
900.02
Sheet I of I
SHEET TOTAL
SHEETS
27 27 • Plotted From -
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TRRC11626 Plot Scale- 1:200
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PLATFORM <All Assemblies>
TYPICAL SPACER LOCATION
File - ... \prj\Mead04WR\s90003.dgn
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LENGTH TO FIT
SPACER
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