ITB_ENG260740_CONSTRUCT_AND_INSTALL_Bus_Stop_Shelters__Exhibit_E_Shleter_Installation_Instructions.pdf

INSTALLATION

INSTRUCTIONS

FOR

10' SUNSET NON-AD BUS STOP SHELTER

WITH PERFORATED WALLS

OCALA, FL 12958-18

NOTE: Read all instructions prior to installing the shelters. One roof has been assembled at Tolar Manufacturing. Use this Roof as a guide and reference to assemble the remaining roofs.

Compare Hardware and parts to the Packing/Ship list to ensure all parts and hardware are accounted for.

TOLAR MANUFACTURING COMPANY INC.

TRANSIT SHELTERS | STREET FURNITURE | DISPLAYS & DIRECTORIES | TRANSIT SOLAR LIGHTING 258 Mariah Circle, Corona, CA USA 92879-1751 | 800-339-6165 | 951-808-0081 | www.tolarmfg.com

ANCHORING INSTRUCTIONS AND SPECIFICATION TABLE

Customer Code SUNTRAN02 Customer Name SunTran - City of Ocala

Order Number 16443 1805 NE 30th Ave Ocala FL 34470

Report Missing Items to Tolar Mfg. Customer Service within 48 Hours of Receipt

PACKING LIST

11/4/2025 11:54:14

12958-18 10NASIGPMSOLAR

10' SIGNATURE SUNSET RADIUS ROOF NON-ADVERTISING

15.00

QTY Ordered Part_Number Part_Description Color Verfication: By:

Part Number

Components

QTY /Unit QTY Total Load

Counted By

Checked By Customer Received ByDescription

53841-00 1.00 15.00ROOF ASSEMBLY, 10' CUSTOM ROOF

50602-00 3.00 45.00ROOF PANEL, SUNSET STD. 39-1/2" WIDE

10680-00 4.00 60.00PRESSURE RIB, 70-3/4" WITH SLOTS

10416-00 1.00 15.00POST WELDMENT, FRONT, 1/2 WALL OPTION

10569-00 1.00 15.00POST WELDMENT, FRONT-FULL END WALL, 97"

10421-00 1.00 15.00POST WELDMENT, LEFT SIDE/REAR, 82"

10424-00 1.00 15.00POST WELDMENT, RIGHT SIDE/REAR, 82"

36221-00 3.00 45.00REAR WALL PERF. SCREEN ASSEMBLY, 38-7/8" X

31764-00 1.00 15.00END WALL PERF. SCREEN ASSEMBLY, 19" x 71-1/4"

39806-00 1.00 15.00END WALL PERF. SCREEN ASSEMBLY,42-7/16" X

31760-00 2.00 30.00CENTER RIB EXTRUSION "H" "72"

36113-00 1.00 15.00REAR GLASS RAIL MULLION ASSY. W/ 3 PLATES

20626-01 1.00 15.00GLASS RAIL ASSY. AND COVER PLATE, 22-5/8" C/C

13681-01A 1.00 15.00END GLASS RAIL MULLION ASSY & COVER PLATES

10406-00 4.00 60.00SHOE WELDMENT, 18" TALL W/ 9" DIA. FLANGE

10537-00 4.00 60.00ESCUTCHEON, 10 1/2'' DIA. X 4 1/2'' TALL

7563-00 2.00 30.00SUPPORT ANCHOR BRACKET ASSEMBLY, 16"

12647-00 2.00 30.00SUNSET RUBBER SHIM

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COMMENTS:

customerservice@tolarmfg.com

U.N.O. TOUCH UP PAINT REQUIREMENT IS _______ PAINT IS LOCATED IN THE HARDWARE BOX

10635-00 4.00 60.00SNAP IN, 82'' LG.

10634-00 4.00 60.00SNAP-IN, 97'' LG.

9060100-38-3/16 3.00 45.00RUBBER, GLAZING U CHANNEL, 38-3/16" LONG

9060100-18.125 1.00 15.00RUBBER, GLAZING U CHANNEL, 18-1/8'' LONG

9060100-41-3/8 1.00 15.00RUBBER, GLAZING U CHANNEL, 41-3/8" LONG

QTY /Unit QTY Total Load Counted

By Checked

By Customer

Received by Ship

DirectPart Number

Hardware

Description

8037450 16.00 240.00ANCHOR HILTI KWIK BOLT KBTZ2, 1/2" X 4-1/2" STN.

8375300 14.00 210.00MACHINE SCREW, 3/8''-16 X 3'', BUTTON HD,

8705068 28.00 420.00LOCK WASHER, 3/8'', STAINLESS STL.

8155032 14.00 210.00HEXNUT, 3/8"-16, STN. STL.

8213044 32.00 480.00HEXNUT, 1/4''-20, STN. STL. SERRATED FLANGE,

8683075 32.00 480.00FLAT WASHER, 1/4'', STN. STL. W/ NEOPRENE

8573075 14.00 210.00SH. METAL SCREW, TEK (SELF DRILLING) , #10 X

8353038 12.00 180.00POP RIVET, STAINLESS STL., 3/16'' DIA. X .251-.375

1108010 1.00 15.00BIT, SQUARE INSERT T-2

1107020 1.00 15.00BIT, HEX 7/32'', TAMPER-PRUF, #61190

1106040 1.00 15.00BIT, TORX T-27, TAMPER-PRUF

15902-967 SOLAR BRACKET KIT, SHELTER # 12958-18 (RMS80F)15.00

QTY Ordered Part_Number Part_Description Color Verfication: By:

Part Number

Components

QTY /Unit QTY Total Load

Counted By

Checked By Customer Received ByDescription

56280-00 2.00 30.00SOLAR BRACKET ANGLE

QTY /Unit QTY Total Load Counted

By Checked

By Customer

Received by Ship

DirectPart Number

Hardware

Description

8583080 12.00 180.00SH. METAL SCREW, #14 X 1-1/4'', W/ NEOPRENE

1106050 1.00 15.00BIT, TORX T-30, TAMPER-PRUF;TAMPER-PRUF

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COMMENTS:

3390010 USC RMS-80F

W/ (2) BATTERIES, (2) 40 WATT MONO PANELS, (1) LIGHT BAR

15.00

QTY Ordered Part_Number Part_Description Color Verfication: By:

Load Counted By Checked By Customer Received By Ship Direct

12096-111 5PERFBNCH2VB

5' PERF BENCH, NO BACK, W/ 2 BARS

15.00

QTY Ordered Part_Number Part_Description Color Verfication: By:

Part Number

Components

QTY /Unit QTY Total Load

Counted By

Checked By Customer Received ByDescription

12096 1.00 15.005' PERF BENCH, NO BACK, W/ 2 BARS WELDMENT

QTY /Unit QTY Total Load Counted

By Checked

By Customer

Received by Ship

DirectPart Number

Hardware

Description

8047375 4.00 60.00ANCHOR, SUP-R-STUD 1/2'' X 3-3/4'' ZINC

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COMMENTS:

FRONT VIEW

SCALE 1/2"=1'-0"

TOP VIEW

SCALE 1/2"=1'-0"

SIDE VIEW

SCALE 1/2"=1'-0"

SIDE VIEW

SCALE 1/2"=1'-0"

DETAIL A

SCALE 2" = 1'-0"

SECTION A-A

SCALE 1/2"=1'-0"

DETAIL B

SCALE 2" = 1'-0"

SUNSET EXTRUSION DETAIL

SCALE 6" = 1'-0"

A

A A

B

A A

B B

C C

D D

DESCRIPTION

CUSTOMER/VENDOR

MATL.

SCALE

SIZE

DATE DRAWN BY:

DWG NO.

TOLAR MANUFACTURING COMPANY, INC

258 Mariah Circle, Corona CA. 92879

REV

10NASIGPMSOLAR

OCALA, FL

D

VARIES

12958-18

AS NOTED 4/3/2025 RFarr

T:\Inventor\Shelters\Non-Ad Custom Dome\12958-18.idw

THE DESIGN AND DRAWINGS REMAIN THE

INTELLECTUAL PROPERTY OF TOLAR MFG.

AND ARE PROTECTED BY LAW. THEY MAY

NOT BE ALTERED, REPRODUCED OR USED

FOR FABRICATION WITHOUT EXPRESSED

WRITTEN CONSENT FROM TOLAR MFG.

ALL DOCUMENTS TO BE RETURNED TO

TOLAR MFG.. AT COMPLETION OF WORK.

CONTRACTOR TO SITE VERIFY ALL DETAILS

AND DIMENSIONS AND REPORT ANY AND

ALL DISCREPANCIES TO TOLAR MFG..

BEFORE COMMENCING WITH THAT RELATED

PORTION OF THE WORK.

PAGE:

GENERAL NOTES:

1. ALL STRUCTURAL STEEL, UNLESS OTHERWISE NOTED, SHALL BE ASTM A-36, MINIMUM

YIELD STRENGTH 36,000 PSI.

2. ALL STRUCTURAL ALUMINUM MEMBERS, UNLESS OTHERWISE NOTED, SHALL BE OF ALLOY

6063-T5 OR GREATER.

3. ALL HOLES TO BE DRILLED OR PUNCHED.

4. STEEL WELDING SHALL CONFORM TO AMERICAN WELDING SOCIETY STANDARD D1. 1-10.

ELECTRODES SHALL CONFORM TO AWS 5.1, CLASS E70S-5.

5. ALUMINUM WELDING SHALL CONFORM TO AMERICAN WELDING SOCIETY STANDARD D1.

2-08. ELECTRODES SHALL CONFORM TO AWS/SFA 5.10 CLASS ER4043.

6. ALL WELDING TO BE DONE AT TOLAR MANUFACTURING COMPANY, INC. FACILITY.

7. ALL CORPORATE PROCEDURES, INCLUDING FABRICATION, MUST BE IN COMPLIANCE WITH

TOLAR MANUFACTURING CO. INC'S QUALITY CONTROL MANUAL

8. THE CONCRETE PAD SIZES SHOWN ARE STANDARD MINIMUM REQUIREMENTS FOR THE

STRUCTURE AND ARE FOR REFERENCE ONLY. THE PAD MAY NEED TO BE REINFORCED

OR ENLARGED DEPENDING ON LOCAL CODES AND LOADING CONDITIONS AND DOES NOT

INCLUDE ADA CLEAR PATH REQUIREMENTS.

6" MIN. FROM EDGE OF

CONCRETE TO EDGE OF

SHOE TYP. ALL DIRECTIONS

10'-0"

11'-9 1/2" MIN. CONCRETE SLAB

3'-10"

1'-10 5/8"

6'-0" MIN. CONCRETE SLAB

5" n9 1/2" X 1/2" THICK ALUMINUM PLATE

7'-10 3/8"

8'-3 1/4"

1'-6"

#4 REBAR @ 12" OCEW

3 9/16" MIN. EMBED.

6" NEW

ANCHORS,

HILTI KWIK BOLT TZ2

Ø1/4 X 4-1/2 SS304

PERFORATED REAR SCREENS,

ALL ALUMINUM CONSTRUCTION

PATTERN:

Ø1/4 HOLES ON 3/8 STAGGERED CENTERS

PERFORATED END SCREENS,

ALL ALUMINUM CONSTRUCTION

PATTERN:

Ø1/4 HOLES ON 3/8 STAGGERED CENTERS

RMS80F SOLAR SYSTEM

n4 1/2

3/16

ROOF PANELS,

1/8" THICK ALUMINUM SHEET

10'-2"

10'-0"

5'-9 3/16"

ROOF ASSEMBLY – PANEL PLACEMENT

1. Place the 3 roof panels 50602-00 over the roof assembly 53841-00 in between each bay. The studs will align and position the panels accordingly. Leave about ½” gap between the panels.

2. Secure the panels in place with the 4 pressure ribs 10680-00. Secure the pressure ribs with rubber gasketing to the studs with the provided ¼-20 neoprene flat washer 8683075 and ¼-20 hexnut 8213044 x32 total. This will create a watertight seal.

3. There should be a 1/2" gap (nominal) between roof panels as shown below.

Each panel is placed between the studs on top of the roof beam weldments.

Roof panels, 39-1/2” wide 50602-00

Roof assembly, 10’ 53841-00

Pressure ribs, 10680-00

ROOF PANEL INSTALLATION (cont.)

HEXNUT, 1/4''-20, STN.

STL. SERRATED

FLANGE, 8213044

FLAT WASHER, 1/4'',

STN. STL. W/ NEOPRENE

8683075

FLOOR PLAN LAYOUT (SHOE ANCHORING)

1. Dropping a plumb line, Place the x4 18” shoe weldments 10406-00 out per the floor plan layout on the previous forward page. On the left side the center to center of the shoes is 3’-10” and on the right side is 1’-10 5/8” and between is 10’.

2. Shim and level each shoe individually. Drill the anchors with the anchoring specification sheets. If calculations were performed follow the required minimum effective embedment.

Shoe weldment, 10406-00

COLUMN LAYOUT AND MULLIONS

1. Before sliding in each column over the shoe weldments. First put the escutcheon covers into the column as these will be fastened last and are required to be put in place first.

2. See below for reference of placement of each post and mullion location. Place the mullions into the rail inserts of each post as the post is lowered into position. Secure the mullions to the rail inserts with the provided 3/16 pop rivets 8353038.

Post weldment, left side rear 10421-00

Post weldment, ½ wall option. 10416-00

Post weldment, full end wall option 10569-00

Post weldment, right 10424-00

Glass rail side half wall, 20626-01 Shoe weldment, 10406-00

Escutcheon cover, 10537-00

End glass rail full wall, 13681-01A Rear glass rail mullion, 36113-00

LOWERING POSTS OVER SHOES + ESCUTCHEONS +

MULLIONS

1. Slide the escutcheons into the columns below the rail inserts as shown below. Insert the appropriate columns over the anchored shoe weldments/ slide the rear and end mullions into place as shown into the rail inserts. The left post will only have one rail insert, while the right post will have two rail inserts to support the rear and end mullion.

Example, front post Side mullion

Anchored shoe.

Pre slide escutcheon cover

Mullions have 3/16” holes to back drill and install to the rail.

Use the provided 3/16 pop rivets to secure in place

ROOF INSTALLATION (LOWERING OVER COLUMNS)

1. Lower the entire roof assembly over the columns as depicted below. Connection procedure on the following page.

ROOF TO POST INSTALLATION

1. Use caution when lifting the roof. Proper lifting procedure is suggested if not using machinery or equipment. If using a machine or equipment use proper strapping techniques to ensure that the roof/roof panels do not get scratched or damaged.

2. Lower the roof over the posts. The rear tubing must be inserted into the rear posts while the outer roof ribs will slot into the front posts.

3. For the front post connections, use (1) 3/8-16 X 3” button head, socket drive bolt with two lock- washers and a hex-nut as shown in the image below.

4. For the rear post connections use (2) 3/8-16 X 3” button head, socket drive bolts.

USE TWO BOLTS

AT EACH END

INSTALLATION GLASS RAIL SUPPORT ASSEMBLIES

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GLASS RAIL ANCHOR SUPPORT INSTALLATION

1. Use the Floor Plan Sheet to determine the location of the glass rail support. Center, then off set 5/8" towards the rear and mark the location. Drill an Ø1-1/4" hole into the ground and insert the threaded rod. The angle bracket must support the mullion of the rail. Transfer the mounting holes onto the mullion and pop rivet the angle into place.

Use the 3/16" pop rivets provided. Secure the hex nut of the rail support as shown below.

GROUND

LEVEL

RAIL

SUPPORT

3/16" POP RIVETS

INSTALLATION OF REAR SCREENS AND END WALL SCREENS

1. Remove the cover plates and top and bottom to allow the rear wall panels to engage into the posts. Use the provided T-27 Bit.

2. Install the rubber u-channels to the top and bottom of each panel. The half end panels will require a smaller u-channel, 18” and the full end wall panel will require a larger u-channel, 41-3/8”. The rear uses the same 3 sized u channels at 38-3/16” lg.

3. Use soapy water to assist with the engagement of the screen into the posts.

Determine which end to start with first and insert the screen into the rear post and align it so that the screen rests on top of the bottom rail. Push the screen into the post as far as it can go. By doing this, it will allow the installer more room to install each of the remaining screen panels. Repeat this process for the opposite end.

REAR WALL INSTALLATION (CONT.)

4. The center screen panel must be centered before securing it into place with the cover plates. The gaps in between each panel will be concealed by a center rib.

5. Install the center rib between each panel. The panels should at least 1/4” apart to correctly install the center rib. The center rib can only be installed one way. Look at the profile of the center rib and then look at the profile of the screen frame. It should fit snug.

Top view of the screens and center rib.

INSTALLATION OF REAR SCREENS (EXPLODED VIEW)

ROOF HIDDEN FOR CLARITY

Cover plates, Secured with T-27 1/4-20 Machine screws

Rubber u channels

Center rib extrusion, 31760-00

Rear screen, 36221-00

End screen, 39806-00

End screen ½ wall, 31764-00

ESCUTCHEON AND SNAP-IN INSTALLATION

1. Once the shelter is level and all major components are secured measure and cut all snap-in pieces to conceal all hardware. Fasten the escutcheons to the shoes using the #10 x 3/4" square drive screws.

2. Install snap-in and secure escutcheon.

INSTALL SNAP-INS TO

CONCEAL ALL

HARDWARE AND ALL

EXPOSED POST

CHANNELS. THIS MUST

BE DONE FOR A CLEAN

LOOKING FINISH.

ESCUTCHEONS AND

HARDWARE

SNAP-IN INSTALLATION (CONT.)

1. Use the snap-ins to conceal all the hardware. To install the snap ins, use a rubber mallet to pound the snap-in into place on each post. The snap ins can be cut using a saw or some hand shears. If the escutcheon does not allow the snap in to engage near the bottom of the post then cut size so that the bottom of the snap in is flush to the top of the escutcheon.

SOLAR MOUNTING

1. To install the solar panel, use the provide solar mounting brackets and mount the brackets to the existing studs on the top of the roof. Secure the solar housing to the brackets will the provided ¼-20 hardware that was included in the solar kit with the batteries and panels.

2. Follow the wiring instructions provided by USC.

3. Using the provided cord grip drill a hole into the roof panel and feed the solar load cable to the solar housing.

Solar brackets, 56280-00

Mount to existing studs, re-use the same hardware that was used for the pressure ribs.

Drill and install a ½ npt cord grip below the panels, the wires will pass thru and connect to the light housing where the batteries and ecm is stored.

Mount the housing to the factory welded angles on the roof assembly. Use the provided #14 tek screws from the solar kit.

Wires feed down into the light housing thru a cord grip

TOLAR MAINTENANCE

Powder coating is one of the most durable and adaptable surface finishes available for metal components. However, like all quality finishes, it needs special care. The effects of ultraviolet light, pollution, dirt, grime, and salt deposits can all accumulate on your powder coated surface over time. To extend the effective life of powder coatings and protect any warranty requirements that may exist, a very simple regular maintenance program should be implemented.

Tolar uses AAMA powder coatings for the finish of shelters and other passenger amenities. Steel and aluminum surfaces coated with architectural coating products need to be maintained properly to optimize the appearance and performance of the coating during the product service life. Proper coating maintenance is needed to keep coating warranty protection in force. Coating maintenance involves regular monitoring, cleaning, and damage repair. Surface cleaning removes accumulated materials that can affect the appearance and/or undermine the integrity of the coating.

Powder coated surfaces must be properly maintained in service to keep the powder coating product performance warranty valid. Program effectiveness depends on cleaning the coated surface often enough to keep it free of harmful agents. Regular cleaning will increase coating longevity. For coastal installations, the cleaning frequency may need to be as often as once a month. Furthermore, significant events like storms may necessitate unscheduled cleanings.

Additional guidance on proper cleaning methods may be found in the AAMA Specification 609 & 610‐02 Cleaning and Maintenance Guide which can be found at www.aamanetstore.org.

Maintenance program effectiveness also depends on prompt damage repair. Maintenance activities need to begin as part of the installation process. The minimum required maintenance cleaning is once a year (twice a year in high exposure environments) with documentation of dates, cleaning agents used and method of application. Methods for cleaning the coating begin with using water and mild soap or detergent with a soft brush or sponge for light surface soils. For medium to heavy soils a mild solvent, such as mineral spirits, can be used for removal of grease, sealants, or caulking compounds. Spot testing should be performed first to ensure there is no coating damage or staining from cleaning materials. Aggressive cleaners can be used only sparingly after spot testing. Strong solvents, abrasive cleaners or hard pads and brushes can cause film damage. It is preferable for cleaning and repair procedures to be performed when coated surfaces are not hot from sun exposure. Be sure to rinse the surface thoroughly after each cleaning.

Cleaning As a general rule, cleaning should take place every six months. However, in areas where pollutants are more prevalent, especially in coastal or industrial regions, a cleaning program should be carried out on a more frequent basis (i.e., every three months).

The best method for cleaning powder coated finishes is washing with soap, water and a soft cloth, sponge, or extra soft bristle brush. The use of solvents such as acetone, contact cleaners, Dulon Thinners or Methyl Ethyl Ketone (MEK) is NOT recommended to clean powder coated finishes. These solvents are very damaging to powder coat and will soften and/or dissolve the surface of the coating, diminishing its shine and durability or removing the finish altogether.

If it is absolutely necessary to use a solvent, small amounts of mineral spirits should be tried first. It is recommended that if this, or any other solvents, are going to be used for cleaning, a test of the solvent first be conducted using an unseen portion of the surface to determine if it will harm the powder coat finish. If there are questions as to the suitability of a specific solvent please contact Tolar Manufacturing for more information.

NOTE: Tolar Manufacturing Inc. does not guarantee its finishes with the use of any solvents other than soap and water.

Recommended Cleaning Procedure

1. Pick up trash and debris and place in trash receptacle.

2. Sweep the sidewalk in and around the shelter.

3. Pull trash bag from trash receptacle and replace it with a new bag, as applicable.

3.1. Remove any trash accumulated at bottom of receptacle (wear PVC coated gloves)

4. Check trash receptacles for secure mounting (surface or post).

4.1. If receptacle is loose, tighten or replace hardware as needed.

5. Clean Roof Panels

5.1. Remove trash or debris from roof panels before cleaning.

5.2. For glass or polycarbonate cleaning:

5.2.1. Use a window brush to cover glass with soap and water.

5.2.2. Squeegee water from glass

5.2.3. Wipe down roof rafters or supports with soft rag.

5.3. For metal panel cleaning:

5.3.1. Use a soft bristle brush with soap and water.

5.3.2. Wipe down roof rafters or supports with soft rag.

6. Clean wall panels

6.1. For glass or polycarbonate cleaning:

6.1.1. Use a window brush to cover glass with soap and water.

6.1.2. Squeegee water from glass

6.1.3. Wipe down bottom glass channels/supports with soft rag.

6.2. For metal panel cleaning:

6.2.1. Use a soft bristle brush with soap and water.

6.2.2. Wipe down panel and bottom glass channels/supports with soft rag.

7. Clean Bench

7.1. Use a soft bristle brush with soap and water.

7.2. Wipe down panel and bottom glass channels/supports with soft rag.

8. Clean Trash Receptacle

8.1. Use a soft bristle brush with soap and water.

8.2. Wipe down panel and bottom glass channels/supports with soft rag.

Recommended Graffiti/Vandalism Removal

1. Graffiti on glass surfaces

1.1. Scrape off with razor and/or utility blade scraper.

1.1.1. Do not use on acrylic and polycarbonate as it will scratch/gouge the surface.

1.2. Scrub with window brush and soapy water

1.3. Scrub with steel wool and/or scouring pads.

1.3.1. Do not use on acrylic and polycarbonate as it will scratch or “fog” surface.

1.4. Remove with graffiti removing chemicals (See Aerosols below)

1.5. Graffiti that is etched (Scratched) into glass should be replaced.

2. Graffiti on acrylic or polycarbonate surfaces

2.1. Scrub with window brush and soapy water

2.2. Graffiti can be removed with high pressure water spray.

2.3. Acetone should not be used as it may burn and melt material.

2.4. Aerosols or jellied types of graffiti removing chemicals can be used on acrylic surfaces only.

2.4.1. Test in an inconspicuous place first

3. Graffiti on metal surfaces

3.1. Scrub with window brush and soapy water

3.2. Scrub with steel wool and/or scouring pads.

3.3. Remove with graffiti removing chemicals (See Aerosols below)

3.4. Touch up with spray paint may be required to restore the powder coat finish.

4. Aerosol Graffiti removal procedure

4.1. Spray onto affected area and wipe clean with wiping towel and/or nylon‐scouring pad.

4.2. Steel wool can be used on glass but is not recommended on painted, polycarbonate or plastic surfaces.

4.3. Aerosols usually have a petroleum base and can stand for a few minutes without evaporation.

4.4. Let the chemical stand for a few minutes.

4.5. Reapply and wipe until graffiti is satisfactorily removed.

4.6. Aerosols are best suited for newer finishes and small areas of graffiti.

4.7. Aerosols should not be used in breezy or windy conditions and/or if pedestrians are nearby.

4.8. Appropriate safety equipment and chemical precautions should be used.

4.9. Wipe off residue with a damp, clean rag.

Touchup Paint Touch up painting is not recommended unless it is necessary to cover up graffiti that cannot be completely removed, or other damaged finish condition. Touchup painting can be done using brush, roller, or aerosol match paint if available. Normally, a brush can be used to apply the paint but if the area is larger than a few inches in area, use a roller or aerosol match painting for better consistency and smoothness. The area to be touched up must be sanded slightly beyond the damaged finish area. If flaking, chipping, or rust is present, feather the edges until blended and smooth. If the area is bare metal, a primer can be used to help touchup last longer.

When it is necessary to paint, the following procedure should be used:

1. Read and follow directions on product first.

2. Appropriate safety equipment and chemical precautions should be used.

3. Shake or stir paint product can according to directions.

4. Clean dirt from surface to be painted with damp rag.

5. Acetone or metal cleaner can be used if the surface is extremely dirty.

6. If necessary, lightly sand/scuff surface with fine grit sandpaper

7. Always prepare more surface than actually is affected so that paint can be blended, or feathered into existing paint.

8. Test paint and spray pattern on a piece of cardboard or other scrap material before painting

9. Using even stokes, apply roller or spray paint onto the finish surface.

10. Overlap each previous stroke by at least one half.

11. Apply paint in light to medium coats (rather than one heavy coat), and apply multiple coats until satisfactory coverage is achieved.

12. Allow appropriate dry/cure time between coats and after finish is completed.