ATTACHMENT B PROJECT SPECIFICATION ELECTRICAL/LIGHTING ... ATTACHMENT B PROJECT SPECIFICATION...

ATTACHMENT B PROJECT SPECIFICATION ELECTRICAL/LIGHTING

Wyoming County, Lemon Stockpile #16 Project #11415659

Building # 00471611

I. Electrical A. General

1. Summary of the Work

a) Utility company coordination

b) Site trenching and backfilling

c) Main service entrance equipment and metering

d) Repair or replacement of conduits and wiring that was

disturbed during construction of the new storage building

e) Demolition as may be required to tie into existing electrical systems

and equipment

f) Reconnection of the existing site lighting and equipment.

g) Grounding and bonding

h) Panel/subpanel

i) Surge protection devices

j) Conduit and conductors

k) Installing lighting fixtures and lamps

l) Switching and receptacles

m) Raceways and boxes

n) Cutting and patching

o) Touch-up painting

p) Electrical Identification

q) Clean-up

2. Abbreviations



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a) PennDOT – The Pennsylvania Department of Transportation

b) RFA – PennDOT Regional Facilities Administrator

c) FA – PennDOT Facilities Administrator

d) MRO – Maintenance, Repair, and Operations

e) NFPA – National Fire Protection Agency

f) ANSI – American National Standards Institute

g) UL – Underwriters Laboratory

h) IES – Illuminating Engineers Society

i) IP – IP Code/International Protection Rating (Ingress Protection)

j) NEMA – National Electrical Manufacturers Association

k) APA (formerly American Plywood Association) – APA/The

Engineered Wood Association

3. Codes and Standards

a) NFPA 70 – National Electric Code (2011)

b) ANSI/UL 1449 & UL Standard for Safety for Surge Protective Devices, UL 1449, 3rd Edition

B. Products

1. Site main service entrance

a) UL listed

b) Minimum 400 amp, 120/240 volt, single-phase, 3-wire service or

minimum 200 amp, 208 volt (wye or delta), 3-phase service.

c) 400 amp main breaker with connectors/lugs for undersized utility

feeders as may be required.

d) 40 circuits, bolt-on breakers with the ability to install a 2-pole, 100

amp breaker



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e) Copper bus interior

f) NEMA 3R

g) Provide touch-up paint

h) Exception: Some sites do not have separate services and are fed

from the county maintenance building. No change of service

entrance will be required at these sites.

2. Salt storage building subpanel

a) UL listed

b) Minimum 100 amp, 120/240 volt, single phase, 3-wire

c) 100 amp main breaker

d) 30 circuits, bolt-on breakers.

e) Copper bus interior

f) NEMA 3R

g) Provide touch-up paint

3. Backboards: Exterior class plywood, APA certified, ¾”, suitable for permanent outdoor use and exposure to the weather.

4. Strut systems: Stainless steel pre-manufactured channel support system, 1-

5/8” depth, similar to Truss-T, Cooper B-Line, or Unistrut.

5. Building interior fasteners, screws, straps, hangers, and clamps: Stainless

steel or plastic.

6. Conduit and conductors

a) Schedule 80 PVC

b) THHN or THWN, copper conductors

c) Conduit/conduit nipples for supporting hook-mounted lighting fixtures: Stainless steel, ¾” male NPT threads



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7. Boxes and devices

a) General: PVC, weatherproof, NEMA 4X/IP66, UL listed

b) Conduit sealing fitting for hook-mounted lighting fixtures:

Hazardous location type, aluminum body, electrostatically applied

powder coating, ¾” female NPT, Killark #ENY-2TM or equivalent.

Sealing compound complies with UL file No. E10514.

c) Receptacle Covers – Convenience: Weatherproof, PVC, single

gang, for use with PVC boxes, FS type, GFCI

d) Receptacle Covers – Lighting: PVC, locking type, NEMA 4X/IP66,

simplex.

e) Receptacles – Convenience: Heavy duty specification grade,

duplex, GFCI, weather-resistant, wet location, UV stabilized.

f) Receptacles – Truck Heaters: NEMA L5-20R, 20 amp, 125 volt, 2-

pole (hot and neutral), 3-wire (grounding), industrial grade

locking type, simplex, watertight, IP66.

g) Receptacles – Lighting: NEMA L5-15R, 15 amp, 125 volt, 2-pole

(hot and neutral), 3-wire (grounding), or NEMA L6-15R, 15 amp,

250 volt, 2-pole, 3-wire (grounding), industrial grade locking

type, simplex, watertight, IP66

h) Switch Covers – General: Weatherproof, PVC for use with PVC

boxes, FS, toggle/lever switch.

i) Switches: 1 and 2 poles, heavy duty specification grade, grounding, 120/277 volt, 1 HP rated at 120V, 2 HP at 240-277V.

j) Temperature Controller – Truck Heating Circuit: 0°F to 100°F, 2-

pole, 22 amps resistive at 120 volts, NEMA 4X enclosure, coil capillary temperature sensor, stainless steel hardware.

8. SPD (surge protection device)

a) ANSI/UL 1449 & UL Standard for Safety for Surge Protective Devices, UL 1449, 3rd Edition



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b) SPD Type 1: Permanently installed on the line side of the

service panel. UL96A Master Label, 20kA nominal discharge

current.

c) SPD Type 2: Permanently installed on the load side at the panel. UL96A Master Label, 20kA nominal discharge current.

d) NEMA 3R enclosure

9. Interior Lighting fixtures:

a) Contractor must provide per the requirements of Section

C Paragraph 22.

b) Provide a hook assembly for high bay fixtures. Provide

mounting brackets where aiming is necessary.

c) For interior fixtures, provide a cord set assembly for each fixture

and terminate with a locking plug; 2-pole (grounding), industrial

grade locking type, simplex, weather-resistant, IP66. Provide an

L5-15P plug for 120 volt fixtures or an L6-15P plug for 240 volt

fixtures.

10. Exterior Lighting fixtures:

a) Contractor must provide per the requirements of Section

C Paragraph 22.

b) Hardwire exterior fixtures. Provide swivel bracket for

mounting and cable gland to allow aiming.

11. Motion detectors: Wet location; passive infrared; 360 degree field of view, 60’ radius at 40’ mounting height; polycarbonate, flame retardant, UV resistant, impact resistant; lens choices for mounting between 20’ and 40’; 120/277 VAC (0-800W ballast/tungsten load at 120v and 0-1200W ballast at 277v, 1/6 HP); UL listed, UL rated rain tight (UL244 and UL508); IP65 rated; operating temperature from -40 to 158°F; adjustable time-delay-off setting that is factory pre-set at 15 minutes; similar to Wattstopper Catalog No. HB350W-L4.

12. Photoelectric cell: Weatherproof, 120 volt, 180 degree swivel with light



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level adjustment, UL listed.

13. Lighting contactors

a) UL listed, damp location

b) Poles: 2, 4, or 6, as required

c) Coil: 120 volt

d) Normally open, electrically held relay

e) NEMA 4X enclosure

f) Provide room for fuse, termination blocks, and wire-bending space. C. Execution

1. Install all electrical systems and components in compliance with the National

Electric Code – 2011.

2. The contractor shall provide all labor and materials for completion of

the work. This includes necessary tools, scaffolding, lifts, vehicles, and

equipment.

3. The contractor is responsible for scheduling and coordinating the work

with PennDOT. Salt-storage buildings and their surroundings may be in

active use. Submit a written schedule outlining the work for the duration

of the project. Survey the site to coordinate on-site staging and work areas.

Establish/coordinate staging and work area boundaries and their time of

use. Show these requirements on the schedule. Submit the schedule to the

project RFA/FA for approval along with lighting calculations and shop

drawings. Give a 2-week notice before proceeding with these aspects of

the schedule. PennDOT will not be able to provide clear access to the work

area at some locations because of salt and other materials stored on site at

the facilities. The Contractor will be responsible for working around the

salt, materials or equipment.

4. Define work and staging area boundaries using temporary fencing,

barricades, painted lines, warning tape, orange drums, cones, etc. Place

work-area boundaries so that they do not create obstacles or safety

hazards or interfere with on-going PennDOT work. Repair any damage



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caused by temporary fencing or barricades.

5. The contractor is responsible for damage to other utilities including, but

not limited to telephone, storm water drains, water lines, sewage lines,

underground conduit, and direct-buried wire and cable.

6. Obtain permits from the Department of Labor and Industry and from

local municipalities as may be required.

7. Provide stamped, engineering drawings showing the work and the name

of the engineer of record who is responsible for the design. Use the

Commonwealth-of-Pennsylvania approved professional engineering seal.

The engineer of record must have a valid Pennsylvania professional

engineering license.

8. Final electrical inspection is required and must be paid for by the Contractor. 9. Service entrance:

a) Overhead or underground, based on site conditions and utility

company requirements. (Exception: Some sites do not have

separate services and are fed from the county maintenance building.

No change of service will be required at these sites.)

b) Except for those sites fed from the county maintenance building, or

any site that has an existing 400 amp single phase service

(reference Exhibit A), the Contractor is to provide a new 400 amp,

single-phase or a new 200 amp, three-phase service. Replace old

service entrance equipment with new service entrance equipment.

If necessary, upgrade the service entrance equipment to meet the

minimum capacity requirement. If the utility supplying power

intends to install undersized feeders, provide appropriately sized

connectors/lugs within the new service entrance equipment.

c) Existing conduits and branch circuit wiring may have to be

retrofitted for the main service panel board to comply with the

2011 NEC.

d) Electric service underground distribution: Follow utility company

guidelines for primary, secondary, and service lateral trenches.



Building # 00471611

This includes, but is not limited to, trench construction and

roughness, bedding depths, bedding and backfill materials,

concrete, conduit materials, pull wire, conduit depth, distance from

other utilities, and warning tape requirements. Utility companies

may include a requirement for conduit spacers within the trench.

For paved areas, unless otherwise directed, provide a 12” depth of

No. 2A stone aggregate under the base course.

e) “Install new spare 4” conduit adjacent to new service entrance

conduit. The new spare 4” conduit, to run parallel to the service

entrance conductor, spaced according to utility company

requirements. Provide elbows at the base of each riser. Meet

utility company requirements for termination above finished

grade of pavement. Install a pull string. Cap at both ends.

f) Where there is an existing underground service entrance

conduit that is acceptable for use by the utility companies for

the new service, then installing the new 4” spare conduit is not

required.

g) Where there is an existing underground service entrance conduit

that is acceptable for use by the utility companies for the new

service, then installing the new 4” spare conduit is not required. If

utility companies require new conduit for the service entrance then

the new spare 4” conduit is required. Run the conduit parallel to

the service entrance conductor and space according to utility

company requirements. Provide elbows at the base of each riser.

Meet utility company requirements for terminations above finished

grade of pavement. Install a pull string. Cap at both ends.”

10. Paved Areas: Cut, replace, and repair the existing pavement. Cut the existing

pavement 2’-0” wider (1’-0” each side) than the width of the intended

trench. Excavate as required for all underground distribution (site or utility

service). The top surface of replacement pavements should match the

existing pavement elevations.

a) Flexible pavement: Replace flexible pavement using a 6” depth of

25 mm (millimeter) superpave base course and a 2” depth of 9.5



Building # 00471611

mm superpave wearing course. Seal the edges of the completed

pavement with paving grade asphalt, PG64-22 (or equivalent), to a

minimum width of 6”.

b) Rigid pavement: Unless directed otherwise, replace with

flexible pavement as described above.

11. Trenching and backfilling for site underground distribution other than

utility service laterals:

a) The wiring method for underground distribution is wire

within conduit, no direct burial cable.

b) Unpaved areas: The tops of conduits should be 24” (minimum) below finished grade. Provide 2” of bedding below the conduit and 6” of bedding above the conduit. Bedding shall consist of stone dust, sand, rock-free earth, or topsoil with no sharp-edged stones or rounded stones larger than 1-1/2” diameter. For the remainder of the trench, use native backfill

c) Paved areas: The tops of conduits should be a minimum of 24”

below the base course of the pavement. Provide 2” of bedding

below the conduit and 6” of bedding above the conduit.

Bedding shall consist of stone dust, no sharp-edged stones or

rounded stones larger than 1 ½” diameter. For the remainder

of the trench, backfill with No. 2A stone aggregate.

d) Backfill should be free of large rocks.

e) Install warning identification tape 12” below finished grade,

12” below base course in paved areas. Install tape directly

above all underground conduits.

12. Subpanel: Replace an existing subpanel that may still remain with a

new subpanel.

13. Panel installations: Mount on exterior class, ¾-inch plywood backboard

or prefabricated strut/channel system. Do not mount directly on concrete.

14. Surge protection

a) Provide SPD Type 1 at the main service entrance panel,



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permanently mounted on the line side of the panel.

b) Provide SPD Type 2 at the salt storage building

subpanel, permanently installed on the load side of the

panel.

15. Feeder to subpanel

a) Provide an underground feeder to the new subpanel from the main

electric service entrance. Install within Schedule 80 PVC conduit.

Provide the most direct path possible. (Exception: Some sites are

fed from the county maintenance building. The contractor is free to

reuse the existing conduit and feeders. Refer also to Paragraph 15d,

below. )

b) Size conductors based on 100 amps and the distance from the main

service entrance to the subpanel. Account for voltage drop along

the feeder. Account for the distance and the voltage drop within

branch circuits, as well.

c) Install a 100 amp, 2-pole breaker within the main service

entrance panel to feed the sub-panel.

d) The contractor is free to use existing Schedule 40 PVC if the

diameter is the correct size to accommodate the new conductors.

The exposed portion of the feeder should be Schedule 80 PVC.

Where necessary, provide a junction box at the point where new

connects to existing. Above-grade junction boxes are preferable,

if they can be installed on a building wall. Provide a slip riser at

the feed to the above-grade junction box and to the sub-panel.

16. Branch circuits

a) Conductors: Copper - Minimum #12 THHN or THWN

b) Conductors for exterior convenience receptacles and truck

heating circuits: #10 THHN or THWN, copper conductors.

c) Exterior: Minimize conduit installation on the outside of the

building, particularly for exterior receptacles.



Building # 00471611

d) Run PVC conduits on top of the bottom cord of trusses. No PVC

conduits will be permitted below the YELLOW LINE that indicates

salt storage height.

e) Run conduits so they will not be damaged by operating equipment.

f) Do not penetrate trusses or structural members.

g) Home runs to the subpanel: Minimize the number of conduits that are

exposed on the exterior of the building. On the exterior, install all

home-run conductors within one or two appropriately sized conduits.

From the building subpanel, run these conduits (vertically) on the

exterior wall of the building to the point of the building penetration.

Penetrate the building and terminate the conduits within a junction

box. Run the branch-wiring conduits from this junction box or gutter

to the lighting fixtures and devices.

17. Building Penetrations

a) General: The penetration heights and locations will vary from

building to building. Keep building penetrations well above the

salt- fill line to prevent damage from operating equipment.

b) Bearing walls: Penetrate the building just below eve height or, in

the case of gambrel shapes (a roof with two sloping sides stepped

at different angles on each side of the center ridge), penetrate just

below the point where the slopped roof structure meets walls that

are plumb.

c) End walls: Penetrate the building so that the conduit falls on top

of the bottom cord of trusses.

d) Do not penetrate concrete walls.

e) Do not penetrate floors.

f) Seal all penetrations so they are weather tight using a clear exterior

grade silicone caulking.

18. Switching of lighting fixtures



Building # 00471611

a) Interior fixtures: At the equipment service entrance, install a

high- mounted motion sensor to energize all interior lighting.

(1) The motion sensor controls a lighting contactor (2, 4, or

6 poles, as required).

(2) Install a hand-off-auto switch to override the motion sensor. Place the switch outside the building within 8” of the entrance. Mount the switch 48” above the floor.

(3) Install as many motion sensors and lighting zones as

necessary to provide floor coverage for the entire building.

Provide at least one (1) sensor for each bay within a building

that contains multiple bays.

(4) Refer to the Appendix, wiring diagram SK-1.

b) Exterior fixtures: Photoelectric control

(1) One photoelectric cell controls all exterior fixtures by energizing a lighting contactor (2, 4, or 6 poles, as required).

(2) Locate the lighting contactor adjacent to the building

subpanel. (3) Mount the remote photoelectric cell on the front exterior wall. (4) Provide an override switch adjacent to the building subpanel

to keep fixtures off during the summer.

(5) Refer to the Appendix, wiring diagram SK-2. 19. Exterior Receptacles

a) Provide two (2) duplex, GFCI receptacles for convenience circuits.

b) Provide two (2) 20 amp locking, simplex receptacles for truck heating circuits.

c) Mounting locations: Mount receptacles outside the building. Install

a set (one (1) convenience receptacle and one (1) simplex



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receptacle for truck heating circuits) on each side of the salt building equipment entrance. Install each set of receptacles 5’- 0” (measured horizontally) from the edge of the entrance opening.

d) Mounting height: 48” above finished grade/paving.

e) Receptacle covers should be in-use type, weatherproof.

20. Truck Heating Circuits: For each circuit, install a temperature controller

near the power panel. To save energy the temperature controller energizes

the circuit when outdoor temperatures are below 35°F and de-energizes the

circuit at 35°F and above. Install a single pole, 20 ampere, 120 volt, GFCI

breaker to protect each circuit.

21. Interior Receptacles – Lighting: For each lighting fixture, provide one PVC-

FS box with a single L5-15R or L6-15R receptacle, based on the voltage of

the lighting fixture.

22. Lighting

a) Each awarded contractor will be responsible for ordering,

payment, receipt and installation of the specified lighting fixtures

from the following Commonwealth Statewide MRO Contract and

awarded vendor:

Contract #4400006553 (LED Lighting)

Schaedler Yesco

P.O. Box 4990

3982 Paxton Street

Harrisburg PA 17111

Phone: 717-233-1621

Fax: 717-233-1626

Shannon Malone, Government Sales Specialist

[email protected]

717-233-1621 ext. 3135

Contact the MRO for cost, delivery information, technical

specifications and electronic files, and installation

instructions.

b) Only the following lighting fixtures from the above Contract will

mailto:[email protected]



Building # 00471611

be accepted:

DIALIGHT DuroSiteTM Series LED High Bay Fixture

Part Number HB2C4M

Hook assemblies, mounting brackets and swivel bracket

assemblies should also be ordered from the Contract above as

needed to complete installation in accordance on these

specifications.

c) The awarded electrical contractor shall submit lighting

calculations for approval to the Facility Design Unit. Refer to

sample lighting calculations in the Appendix.

(1) Interior:

(a) 10 FC (foot candles) maintained, plus or minus 1 FC, at a plane 2.5’ above the finished floor

(b) LLF (light loss factor): 0.65

(c) Interior reflectance – walls and ceilings: 20%

(d) Interior reflectance – floors: 10% (e)

Maximum/Minimum FC ratio: 3.0/1 (f)

Average/Minimum FC ratio: 2.0/1

(g) Mounting heights will vary based on building type but will generally be a minimum of 24’ above the finished floor (measured from the fixture face/lens).

(h) Mount fixtures within roof trusses for protection from operating equipment.

(i) For high-arch (gambrel roof) buildings, all lighting

fixtures should be mounted above the bottom cord of

the trusses. Mount fixtures between 22’ and 23’. Aim

selected fixtures to achieve a uniform lighting

distribution. Use manufacturer’s mounting bracket

and cable gland kit. For the remaining fixtures, use

the hook-mounting assembly. Refer to the sample

lighting calculations in the Appendix.

(j) When installing a hook-mounted lighting fixture, use the manufacturer-supplied cable and hook, and contractor-supplied conduit sealing fitting and stainless steel conduit nipples. To maintain the IP66 rating, install the sealing fitting between the hook and the



Building # 00471611

lighting fixture. Thread the cable through the conduit nipples, sealing fitting, and hook. Seal the cable within the sealing fitting using a UL-listed sealing compound.

(k) Terminate the cable with a locking plug.

(2) Exterior:

(a) Building front: 2.0 FC, maintained, in the statistical

zone area.

(b) Statistical zone area: Length of the front of the

building measured in feet times a depth of 24’

(measured perpendicular to the face of the front of

the building wall). Assume a horizontal plane of

illumination equal to the finished floor elevation.

(c) LLF (light loss factor): 0.65

(d) Maximum/Minimum FC ratio: 3.0/1 (e)

Average/Minimum FC ratio: 2.0/1

(f) Hardwire using manufacturer’s mounting bracket

and cable-gland kit; mount fixtures between 22’ and

25’ above the finished floor elevation. (Note: The

intent is to illuminate the truck beds as well as the

pavement.) Aim the fixtures as required.

23. Touch-up painting: Thoroughly clean damaged areas and apply primer and

finish coats according to manufacturer’s instructions and to suit the degree

of damage.

24. Housekeeping and clean-up:

a) Daily: Keep the site safe and orderly at all times. Clean up

daily, removing trash and debris.

b) Project completion: Remove all construction related packaging and

debris. Thoroughly clean lighting fixtures and equipment,

removing fingerprints, dust, and foreign matter, etc.

D. SUBMITTALS

1. Submittal procedure

a) Submit Two (2) copies of all items shown on submittal



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schedule except for "samples".

b) Identify project number, project name and location, and

contractor's name and address on all submittals.

c) Provide space for review stamps of Contractor and Department.

Put contractor stamp of approval on each item submitted.

d) Revise and resubmit submittals as required, identify all changes

made since previous submittal.

e) No work shall be performed until all submittals are approved by

the Department. Work performed prior to submittal approval is

performed at the Contractor's risk and may be subject to repair,

replacement or other corrective measures as deemed necessary by

the Department with no additional contract time or money.

f) Review of shop drawings will be general and for the limited

purpose of checking for general conformance with the design; and

shall not relieve the Contractor from the responsibility for proper

fitting and construction of the work, nor from furnishing materials

and work required by the Contract which may not be indicated on

the shop drawings when reviewed.

g) The submittals required by this contract are subject to

reproduction for the Department's internal use only. By signature

on this bid proposal, both the Contractor and the equipment

manufacturer authorize the Department to reproduce any

materials including printed literature and training aids, submitted

in fulfillment of this contract.

2. Proposed products list

a) Submit as specified in specifications and on submittal schedule.

3. Shop drawings


4. Product data



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5. Samples

a) Submit one (1) sample unless otherwise specified in

individual specification sections.

b) Submit as specified in specifications and submittal schedule.

c) Submit sample to illustrate functional and aesthetic characteristics

of the product, with integral parts and attachment devices.

d) Submit sample of finishes from the full range of

manufacturer's standard colors, textures and patterns for

selection.

e) Include identification on each sample with full project information.

6. Manufacturer's instructions

a) When specified in specification sections, submit manufacturer's

printed instructions for delivery, storage, assembly, installation,

start- up, adjusting and finishing, and maintenance, in quantities

specified for product data.

b) Identify conflicts between manufacturer's instructions and

contract documents.

7. Manufacturer's certificates

a) When specified in specification sections or on submittal

schedule, submit manufacturer's certificates to for review.

b) Indicate that material or product conforms to or exceeds

specified requirements. Submit supporting reference date,

affidavits and certifications as appropriate.

c) Certificates may be recent or previous test results on material

or product, but in all cases must be acceptable to Department.

8. Submittal schedule



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a) Abbreviations:

SoSu - Source of Supply DeDa - Descriptive Data or Catalog Cuts ShDr - Shop or Installation Drawings

CoCh - Color Chart Cert - Certificates Samp – Samples

b) Schedule:

Description of Items to be Submitted SoSu DeDa ShDr CoCh Cert Samp

1. Cost Breakdown X

2. Work Schedule X

3. PA-Engineered Sealed Drawings on CD & Paper with L&I Stamp

X X X X

4. Labor & Industry Permit Documents X X X X

5. Digital Photos- multiple photos of All Phases of project.

X

6. Waste receipts X

7. Warranties X

8. Final deliverable binders-Three (3) X

9. 400 amp Single Phase Main Electrical Service Panel (NEMA 3R Panel Board) / Panel Interiors / Breakers

X X X X

10. Sub Panel (NEMA 3R) / Panel Interiors / Breakers

X X X X

11. Main Service Entrance Meter Base X X X X

12. Wire all sizes (THHN & THWN ALL Copper)

X X X

13. Ground Rods & Acorn Ground Clamps

X X X

14. Switches /Receptacles (GFCI & Twist locks ) / Motion Sensor / Photoelectric Sensor / Hands Off-Auto Control / Weather Proof Covers

X X X

15. Lighting Contactor X X X

16. Surge Protection X X X

17. Nema3R & Nema4X Boxes X X X X

18. Stainless Steel (Building Interior)- Metal Straps / Minerlac’s / Screws / Bolts / Nuts /Connectors / Fasteners / All thread / Uni-Strut

X X X X



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19. Galvinized or Zinc Coated (Building Exterior)-Metal Straps / Minerlac’s / Screws / Bolts / Nuts /Connectors / Fasteners / All thread / Uni-Strut

X X X X

20. PVC Schedule 80 conduit (Above Grade)

X X X

21. PVC Schedule 80 or 40 conduit (Below Grade)

X X X

22. PVC Boxes, Straps, Fasteners, Service Head

X X X

23. Exterior Grade Plywood X X X

24. Backfill Material ( including Dust Aggregate)

X X X

25. Marking Tape ( All open trenches) X X X

26. LED Light Fixture / Hangers X X X

27. Final Electrical Inspection (U.L. Approved inspector)

X X

28. Sealing Compound X X

29. Seal-Off Fitting X X

9. Final deliverables / project close out

a) The Contractor will provide the Department of Transportation,

Three (3) copies of the following items in Three (3) ring binders

at the completion of the project.

(1) PA Engineered Drawings-L&I Approved (Paper & CD) (2) L&I Building Permit & Inspection Log (3) L&I Occupancy Permit (4) Specifications (5) Purchase Order (6) Notice to proceed (7) Addendums (8) Digital Photos

(a) Existing Panels

(b) New Panels

(c) Open trenches

(d) Open trench with conduit

(e) Open trench with marking tape

(f) Backfilled trench



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(g) Building with new conduit — Exterior

(h) Building with new Conduit - Interior

(i) Wire Rough in work

(j) Building with new LED Fixtures — Interior

(k) Building with new LED Fixtures - Exterior (l) Switches

(m) Receptacles

(n) Motion Sensor

(o) Surge suppressor

(p) Photoelectric cell

(9) All Approved Submittals

(10) Waste receipts

(11) O&M Manuel’s

(12) Warranties

(a) Contractors 1 Year

(b) Electrical Equipment Manufactures

(c) LED Light Fixtures Manufactures

(13) All Paper and EMAIL Correspondences

(a) Meeting Minutes (pre-bid, pre-construction, Interim

conferences, final inspection)

(14) Final Electrical Inspection (U.L. approved)



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APPENDIX 1

Sample lighting calculations for a high-arch style building, four (4) pages

Sample lighting calculations for a husky style building, four (4) pages

SK-1, Lighting Control Wiring Diagram for Salt Storage Buildings, Interior Lighting

SK-2, Lighting Control Wiring Diagram for Salt Storage Buildings, Exterior Lighting



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APPENDIX 2

Lighting fixture literature

ATTACHMENT B PROJECT SPECIFICATION ELECTRICAL/LIGHTING ... ATTACHMENT B PROJECT SPECIFICATION...

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