Attachment_1_-_Specifications.pdf

TITLE 1-B

100% Submittal

SPECIFICATIONS

REPAIR TAXIWAY LIGHTING AND CIRCUIT FACILITY #99715

AILLET, FENNER, JOLLY & McCLELLAND, INC.

3003 KNIGHT STREET, SUITE 120

SHREVEPORT, LA 71105

318-425-7452

AFJMc #18-016

October 8, 2018

FA4608-19-R-A011

Attachment 1 Specifications szc Image

SOLICITATION NO:____________________

CONTRACT NO:_______________________

TOC-1

TITLE 1-B - 100% SUBMITTAL

SPECIFICATIONS

REPAIR TAXIWAY LIGHTING AND CIRCUIT FACILITY #99715

DIVISION 26 – ELECTRICAL

SECTION 260000 – GENERAL PROVISIONS

SECTION 260500 – ELECTRICAL MATERIALS AND METHODS

SECTION 260533 – RACEWAYS AND BOXES

FAA ADVISORY CIRCULARS

AC NO. 150/5345-26D – FAA SPECIFICATION FOR L-823 PLUG AND RECEPTACLE, CABLE

CONNECTORS

AC NO. 150/5345-46E – SPECIFICATION FOR RUNWAY AND TAXIWAY LIGHT FIXTURES

AC NO. 150/5345-47C – SPECIFICATION FOR SERIES TO SERIES ISOLATION TRANSFORMERS

FOR AIRPORT LIGHTING SYSTEMS

GENERAL PROVISIONS 260000-1

SECTION 260000 - GENERAL PROVISIONS

PART 1 - GENERAL

1.1 SCOPE

A. The electrical portion of this project includes all labor, materials, equipment, etc., required to provide the complete electrical work to fulfill the intent of the Contract Documents.

1.2 RELATED DOCUMENTS

A. All applicable provisions of Division 0 and 1 govern work under this division. Refer to these articles in the specifications for additional information.

B. All work shall be in compliance with the currently enforced edition of the applicable state, national, and local ordinance and building codes, and the National Electric Code. No additional compensation shall be granted for work which must be changed as a result of the work not originally complying with the codes and standards. etc.

C. Refer to each section for additional applicable codes and reference standards.

1.3 FEES, PERMITS AND TAXES

A. This Contractor is responsible for all inspection fees and permits required by local authorities having jurisdiction. The Contractor is also responsible for all taxes levied for labor and materials associated with the electrical portion of the work. After completion of the work, a certificate of final inspection shall be provided showing approval from the local Electrical Inspector.

1.4 SUBMITTALS

A. Submittals shall be provided for all items indicated. Product data shall be from published manufacturer’s data. Data shall include enough information so that the Engineer can verify compliance with codes, standards, and the contract documents. Submittal shall not contain data that is not relevant to the equipment being submitted. The data shall be highlighted by arrows, underlining, etc. Broad, general data, is not acceptable. Data shall be presented at one time, in a neatly bound and organized manner.

B. The contractor shall provide and maintain at the site a set of prints which accurately represent the actual installation of all work under this Division. Any changes in sizes, locations, dimensions, etc.

shall be shown. Changes in circuitry shall be clearly and completely indicated as the work progresses.

C. At the completion of the Project, a set of marked-up drawings, including DIMENSIONED, location of all underground conduit shall be provided to the 2CES.

1.5 PRIOR APPROVAL

GENERAL PROVISIONS 260000-2

A. The contractor shall submit a list of proposed substitutions to 2CES. All proposed substitutions shall be in writing to the Engineer, at least, ten (10) calendar days prior to bid opening. The submittal will list the proposed substitutions from published manufacturer’s data, which cover the applicable features of the submitted equipment. Any approvals shall be issued in writing.

1.6 GUARANTEE

A. The contractor shall fully guarantee the installation against defects in materials and workmanship which may occur under normal usage for a period of one year after owner’s acceptance. Defects shall be promptly remedied at no cost to the owner. This guarantee is in addition to, and not a limit to, any other guarantees or warranties.

1.7 DEFINITIONS. The following words and phases are defined:

A. "Indicated": The term "indicated" refers to graphic representations, notes, or schedules on the Drawings; or to other paragraphs or schedules in the Specifications and similar requirements in the Contract Documents. Terms such as "shown," "noted," "scheduled," and "specified" are used to help the user locate the reference. Location is not limited.

B. "Directed": Terms such as "directed," "requested," "authorized," "selected," "approved," "required," and "permitted" mean directed by the Architect/Engineer, requested by the Architect/Engineer, and similar phrases.

C. "Approved": The term "approved," when used in conjunction with the Architect's/Engineer=s action on the Contractor's submittals, applications, and requests, is limited to the Architect's/Engineer=s duties and responsibilities as stated in the Conditions of the Contract.

D. "Regulations": The term "regulations" includes laws, ordinances, statutes, and lawful orders issued by authorities having jurisdiction, as well as rules, conventions, and agreements within the construction industry that control performance of the Work.

E. "Furnish": The term "furnish" means to supply and deliver to the Project site, ready for unloading, unpacking, assembly, installation, and similar operations.

F. "Install": The term "install" describes operations at the Project site including the actual unloading, temporary storage, unpacking, assembling, erecting, placing, anchoring, applying, working to dimension, finishing, curing, protecting, cleaning, and similar operations.

G. "Provide": The term "provide" means to furnish and install, complete and ready for the intended use.

H. "Installer": An installer is the Contractor or another entity engaged by the Contractor, either as an employee, subcontractor, or contractor of lower tier, to perform a particular construction activity, including installation, erection, application, or similar operations. Installers are required to be experienced in the operations they are engaged to perform

I. "Project site" is the space available to the Contractor for performing construction activities, either exclusively or in conjunction with others performing other work as part of the Project. The extent of the Project site is shown on the Drawings and may or may not be identical with the description of the land on which the Project is to be built.

J. "Testing Agencies": A testing agency is an independent entity engaged to perform specific inspections or tests, either at the Project site or elsewhere, and to report on and, if required, to interpret results of those inspections or tests.

FA4608-19-R-A011

GENERAL PROVISIONS 260000-3

1.8 INSPECTION OF THE SITE

A. The drawings are prepared from the most accurate information available. However, the contractor shall, prior to placing any bids, visit the site to verify existing conditions, proposed conduit routings, etc.

B. All proposals shall take these existing conditions and any speculated revisions needed into account.

The contractor shall be fully responsible for his bid regardless of any additional site information which may be uncovered after a contract is signed.

1.9 CONSTRUCTION SAFETY

A. The plans and specifications do not include items necessary for the contractor to insure the safety of his personnel on the project construction site. Construction site safety for the project is the responsibility of the contractor. Reference other sections of these specifications for any additional information.

1.10 DAMAGE

A. The contractor shall be held accountable to repair, at no additional cost, any damage to existing wiring, piping, or other materials and equipment intended to remain.

1.11 DRAWINGS AND SPECIFICATIONS

A. Should be considered as complimentary to each other. What is required by one shall be binding as if required by both. If conflicts between plans and specifications are found, the Engineer shall be contacted to secure clarification, prior to bidding. The contractor shall verify all dimensions and existing conditions.

1.12 MANUFACTURER’S DRAWINGS AND DATA

A. Submit Shop Drawings for approval, for all items indicated below.

1. Taxiway Light Fixtures

2. Isolation Transformers

3. Primary Cable

4. Cable Connectors

PART 2 - EXECUTION

2.1 WORKMANSHIP

A. All work shall be done in a professional and complete manner by experienced craftsmen.

Unsatisfactory workmanship shall be duely noted and corrected at the contractors expense.

B. Only new materials shall be used, unless otherwise indicated on plan or prior approved.

GENERAL PROVISIONS 260000-4

2.2 MANUFACTURER’S INSTALLATION INSTRUCTIONS

A. All equipment shall be installed in accordance with manufacturer’s installation instructions.

2.3 PROTECTION OF EQUIPMENT

A. The contractor shall provide protection of stored material and installed equipment against dirt, rust, moisture, and abuse from other trades. Where tarps or other cover is used, provide air circulation to prevent condensate build up. No materials or equipment shall be stored directly on the ground.

2.4 CONFLICTS, INTERFERENCES AND COORDINATION BETWEEN TRADES

A. . The drawings are only intended to indicate the extent, general location and arrangement, of conduit systems and equipment. Any questions regarding the information given on the plans shall be directed to 2CES for clarification.

B. Code requirements shall have precedence over plans or specifications in the event of a conflict. If a discrepancy or conflict exists between specifications and drawings, drawings shall take precedence over specifications except as pertaining to quality. Manufacturer’s installation instructions shall govern the installation of all equipment.

C. Control wiring, schematics, or logic shown on plan is only intended to show the general intent. Such plans are not to be considered “shop drawings”. The contractor is responsible for determining and coordinating the detailed requirements, including but not limited to wiring, to interface systems and provide a fully functional system which follows the intent.

D. The contractor shall coordinate with equipment suppliers for any requirements specific to the equipment provided which may not be shown on the plans or given in the specifications. The contractor shall include the provision and installation of such requirements in his bid. The contractor shall coordinate with equipment suppliers, prior to bid, to determine what ancillary equipment is or is not provided with the equipment, such as lugs, terminal blocks, etc.

E. Equipment requiring set grades or elevations and piping has precedence over conduit, boxes, etc. as to location.

F. The contractor shall coordinate with other equipment providers to insure correct operation of the equipment.

G. Except as otherwise noted, it shall be understood that the indication and/or description of any item, in the drawings or specifications, or both, carries with it the instruction to furnish and install the item, regardless of whether or not this instruction is explicitly stated as part of the indication or description.

H. It shall be understood that the plans are not intended to indicate exact raceway routings.

Determination as to the routing shall be made in consideration of existing conditions and interferences or by terminal locations on apparatus.

I. The right is reserved to make reasonable changes in locations of equipment indicated in Drawings prior to installation without an increase in the contract cost.

J. The drawings and specifications do not undertake to indicate every item required to produce a complete and properly operating installation. Material, equipment or labor not indicated, but which can be reasonably inferred to be necessary for a complete installation shall be provided.

GENERAL PROVISIONS 260000-5

2.5 EQUIPMENT CONNECTIONS

A. The contractor shall make final connection of all required services to all equipment items furnished, including that provided by others or by the owner. Equipment shall be left in a ready to operate state.

END OF SECTION 260000

ELECTRICAL MATERIALS AND METHODS 260500-1

SECTION 260500 - ELECTRICAL MATERIALS AND METHODS

A. Work of this section includes specification of the following:

Primary cable Plug and receptacle cable connectors Isolation transformers Demolition Cutting and patching for electrical construction.

1.2 QUALITY ASSURANCE

A. Provide electrical components, devices, and accessories specified in this section that are UL listed and labeled as defined in NFPA 70, Article 100.

B. The materials and methods used for all electrical components, devices, and accessories specified in this section shall comply with NFPA 70.

1.3 COORDINATION

A. Where electrical identification devices are applied to field-finished surfaces, coordinate installation of identification devices with completion of finished surface.

PART 2 - PRODUCTS

2.1 CONDUCTORS

A. Acceptable Manufacturers: Subject to compliance with requirements, manufacturers offering products that may be incorporated into the Work include, but are not limited to, the following:

1. Wire/Cable

a. Rome

b. American Wire and Cable

c. Southwire

d. Okonite Company

B. All wire sizes specified shall be i.a.w. American Wire Gauge (AWG) designations.

C. New primary cable shall be non-shielded, XLPE, 5kV, #8awg, 7-stranded copper meeting the requirements of UL 1072 and ICEA S-96-659/NEMA WC-71.

D. All materials used for wire connections and splices shall be of the size, ampacity, material type, and class suitable for the service. Plug and receptacle cable connectors shall comply with the requirements of FAA Advisory Circular 150/5345-26D, a copy of which is included in these specifications.

ELECTRICAL MATERIALS AND METHODS 260500-2

E. Primary cable splices shall be only be made in accessible man/handholes utilizing style L-823 plug and receptacle connectors.

F. All cable connections shall be protected with a full length, heat shrink applied covering equal to ADB Airfield Solutions Kit “71A0088-U”.

2.2 ISOLATION TRANSFORMERS

A. Isolation transformers shall meet the requirements of FAA Advisory Circular 150/5345-47C, a copy of which is included in these specifications.

2.3 TAXIWAY LIGHT FIXTURES

A. Recessed taxiway light fixtures shall be 12” FAA L-852T(L) type for installation on either an L-867B, 10.25” bolt circle base, or an L-868B, 11.25” bolt circle base, as noted on the plans. New fixtures shall meet the requirements of FAA Advisory Circular 150/5345-46E, a copy of which is included in these specifications.

PART 3 - EXECUTION

3.1 GENERAL INSTALLATION REQUIREMENTS

A. Materials and components shall be installed level, plumb, and parallel and perpendicular to other building systems and components, unless otherwise indicated.

B. Install equipment to facilitate service, maintenance, and repair or replacement of components.

Connect for ease of disconnecting, with minimum interference with other installations.

C. Where wire and cable routing is not shown, and destination only is indicated, determine exact routing and lengths required. Wire and cable routing indicated on the Drawings is approximate unless dimensioned. Route wire and cable as required to meet Project Conditions.

D. Installation of all components shall be in accordance with the manufacturer’s instructions and guidelines.

3.2 DEMOLITION

A. Where existing fixtures are being replaced, remove all the existing fixture along with it’s associated isolation transformers and primary cable. All removed material shall be made available to BAFB.

Any items the owner does not wish to retain shall be properly disposed of by the contractor.

END OF SECTION 260500

RACEWAYS AND BOXES 260533 - 1

SECTION 260533 – RACEWAYS AND BOXES

A. This Section includes raceways for electrical wiring.

1. Raceways include the following:

a. RNC - Rigid Non-metallic Conduit

1.2 RELATED DOCUMENTS

A. Drawings and general provisions of the Contract, including General and Supplementary conditions and Division 1 Specification Sections, apply to this section.

B. Referenced standards include:

NFPA 70 - National Electric Code OSHA 1910 - Standards for General Industry NEMA FB1 - National Electrical Manufacturers Assoc., fittings NEMA TC 3 - PVC fittings

1.3 COORDINATION

A. Coordinate layout and installation of raceways and boxes with other existing elements and conditions to ensure accessibility.

B. Field verify measurements.

C. Verify routing and termination locations of conduit prior to rough-in.

PART 2 - PRODUCTS

2.1 MANUFACTURERS

A. Acceptable Manufacturers: Subject to compliance with requirements, manufacturers offering products that may be incorporated into the Work include, but are not limited to, the following:

1. Nonmetallic Conduit and Tubing:

a. Carlon

b. Robroy

2.2 NONMETALLIC CONDUIT

A. RNC

RACEWAYS AND BOXES 260533 - 2

1. Unless otherwise noted, all rigid nonmetallic conduit shall be schedule 40 PVC complying with NEMA TC 3 standards.

2. RNC shall be used for underground cable runs, unless otherwise noted. Provide schedule 80

PVC where underneath roadways and drives subject to vehicle traffic.

B. Fittings

1. Unless otherwise noted, all fittings used with nonmetallic conduit shall be schedule 40 PVC complying with NEMA TC 3 standards. The fittings used shall be compatible with conduit size and type.

PART 3 - EXECUTION

3.1 INSTALLATION

A. Install raceways according to manufacturer's written instructions.

B. Minimum Raceway Size: As indicated on the plans.

C. Complete raceway installation before starting conductor installation.

D. Use temporary closures to prevent foreign matter from entering raceways.

E. Use raceway fittings compatible with raceways and suitable for use and location.

F. Run concealed raceways, with a minimum of bends, in the shortest practical distance considering the existing conditions.

G. Join raceways with fittings designed and approved for the purpose and make joints tight.

1. Make raceway terminations tight. Use bonding bushings or wedges at connections subject to vibration. Use bonding jumpers where joints cannot be made tight.

2. Use insulating bushings to protect conductors.

H. The drawings indicate approximate locations only. Determine the exact location on site in consideration of existing conditions.

END OF SECTION 260533

szc Typewritten Text

FAA ADVISORY CIRCULARS

U.S. Department of Transportation

Federal Aviation Administration

Subject: FAA SPECIFICATION FOR L-823 Date: 9/30/08 AC No.: 150/5345-26D PLUG AND RECEPTACLE, Initiated AAS-100 Change:

CABLE CONNECTORS by:

1. PURPOSE. This advisory circular (AC) contains the specification for plug and receptacle (cable connectors) used with underground power cables, isolation transformer leads, and light fixture leads for airport lighting systems.

2. EFFECTIVE DATE. Effective six months after the issue date of this AC, only that equipment qualified per the specifications herein will be listed per AC 150/5345-53, Airport Lighting Equipment Certification Program.

3. CANCELLATION. AC 150/5345-26C, FAA Specification for L-823 Plug and Receptacle, Cable Connectors, dated April 17, 2000, is canceled.

4. APPLICATION. The Federal Aviation Administration (FAA) recommends the guidance and specifications in this Advisory Circular for Plug and Receptacle, Cable Connectors. In general, use of this AC is not mandatory. However, use of this AC is mandatory for all projects funded with federal grant monies through the Airport Improvement Program (AIP) and with revenue from the Passenger Facility Charges (PFC) Program. See Grant Assistance No. 34, “Policies, Standards, and Specifications,” and PFC Assurance No.9, “Standards and Specifications.”

5. PRINCIPAL CHANGES. The changes in this AC include the following:

a. Update drawings to .DWG format. All dimensions remain the same.

b. Sources for referenced documents are updated.

c. Shall statements are updated to “must” statements.

d. Paragraph 3.3.2 is updated to clarify requirements for the calculation of tensile strength of the conductor.

e. Paragraph 4.2.1 is reworded to clarify pass/fail criteria.

f. Paragraph 4.2.6 now references Section 1200.15 vice 1200.9 of UL-1581 to better address the current edition of the UL standard.

g. Paragraph 5.1 is updated to correct the insulation resistance value to 75,000 megohms.

6. METRIC UNITS. To promote an orderly transition to metric units, this specification includes both English and metric dimensions. The metric conversions may not be exact metric equivalents, and until there is an official changeover to the metric system, the English dimensions will govern.

7. COMMENTS OR SUGGESTIONS for improvements to this AC should be sent to:

FA4608-19-R-A011

AC 150/5345-26D 9/30/08

Manager, Airport Engineering Division Federal Aviation Administration

ATTN: AAS-100

800 Independence Avenue, S.W.

Washington, DC 20591

8. COPIES OF THIS AC. The Office of Airport Safety and Standards is in the process of making ACs available to the public through the Internet. These ACs may be accessed through the FAA website: www.faa.gov/airports_airtraffic/airports/resources/advisory_circulars/. A printed copy of this AC and other ACs can be ordered from:

U.S. Department of Transportation Subsequent Distribution Office Ardmore East Business Center 3341 Q 75th Avenue Landover, MD 20785.

Michael J. O’Donnell Director, Office of Airport Safety and Standards ii

TEST

FA4608-19-R-A011

9/30/08 AC 150/5345-26D

FAA SPECIFICATION FOR L-823 PLUG AND RECEPTACLE, CABLE CONNECTORS

1. SCOPE AND CLASSIFICATION.

1.1 Scope. This specification contains requirements for plugs and receptacles (cable connectors) to be used for underground cable connections, for power cables, isolation transformer leads, and light fixture leads for airport systems.

1.2 Classification. Cable connectors are classified by this specification into two types, two classes, and six styles of plugs and two types, two classes, and six styles of receptacles. Formerly, cable connectors were classified only by a figure number. Figures in this specification are now numbered consecutively

1.2.1 Type. Plugs and receptacles with the following electrical characteristics are covered by the specification:

Type I 1 conductor, 25 ampere, 5000 volt Type II 2 conductor, 20 ampere, 600 volt

1.2.2 Class. Plugs and receptacles with the following attachment methods are covered by this specification:

Class A Factory molded to conductor(s) Class B Field attached to conductor(s)

1.2.3 Style. Plugs and receptacles with following styles of housing are covered by this specification:

Style 1 Plug, figure 1(a) Style 2 Plug, figure 2(a) Style 3 Plug, figures 3(a), & 3(c) Style 4 Plug, figures 4(a), 4(b) & 4(c) Style 5 Plug, figures 7(a), 7(b), & 7(c) Style 6 Plug, figure 8 Style 7 Receptacle, figure 1(b) Style 8 Receptacle, figure 1(c) Style 9 Receptacle, figure 2(b) Style 10 Receptacle, figures 3(b), & 3(d) Style 11 Receptacle, figures 5(a), 5(b), & 5(c) Style 12 Receptacle, figures 6(a), 6(b), & 6(c)

2. REFERENCED DOCUMENTS.

2.1 General. The following documents, of the issue in effect on the date of application for qualification, are applicable to the extent specified in this AC.

2.2 Federal Aviation Administration (FAA) Standards.

AC 150/5345-53 Airport Lighting Equipment Certification Program

AC-150/5345-7 L-824 Underground Electrical Cable for Airport Lighting Circuits, Specification for

FA4608-19-R-A011

2.3 American Society for Testing and Materials (ASTM) Standards.

B 33 Tinned Soft or Annealed Copper Wire for Electrical Purposes, Specification for

B 189 Lead-Coated and Lead Alloy Coated Soft Copper Wire for Electrical Purpose, Specification for

D 1149 Rubber Deterioration-Surface Ozone Cracking in a Chamber (Flat Specimens), Test for

2.4 Underwriters Laboratories (UL) Publication.

UL 1581 Reference Standard for Electrical Wires, Cables, and Flexible Cords

2.5 American National Standards

ANSI/ASQC Z1.4 Sampling Procedures and Tables for Inspection by Attributes

ANSI/EIA557A Statistical Process Control Systems

Copies of FAA standards may be obtained from:

U.S. Department of Transportation Subsequent Distribution Office Ardmore East Business Center 3341 Q 75th Ave.

Landover, MD 20785

Telephone: (301) 322-4961

FAX: (301) 386-5394

Website: www.faa.gov/airports_airtraffic/airports/resources/advisory_circulars/

Copies of ASTM Standards may be obtained from:

ASTM International 100 Barr Harbor Drive PO Box C700 West Conshohocken, PA 19428-2959

Telephone: (610) 832-9585

FAX: (610) 832-9555

Website: www.astm.org/cgi-bin/SoftCart.exe/index.shtml?E+mystore

Copies of ANSI Standards may be obtained from:

ANSI

1819 L Street NW

FA4608-19-R-A011

(between 18th and 19th Streets) 6th Floor Washington, DC 20036 Customer Service/Document Sales

Telephone: (212) 642-4980 Website: webstore.ansi.org/ansidocstore/default.asp

Copies of UL publications may be obtained from:

Customer Service 1285 Walt Whitman Road Melville, NY 11747-3081

Telephone: (877) 854-3577

FAX: (631) 439-6464

Website: ulstandardsinfonet.ul.com

3. EQUIPMENT REQUIREMENTS.

3.1 General. Plugs and receptacles (cable connectors) must be fabricated per all specification requirements.

3.2 Environmental Requirements. The plugs and receptacles (cable connectors) must be designed for continuous use within a temperature range of -67º Fahrenheit (F) (-55° Celsius (C)) to +149ºF (+65°C) while exposed to weather, submerged in water, or buried in the earth.

3.3 Performance Requirements.

3.3.1 Electrical Connection. The electrical rating of each connector must not be less than 5000 Volts (V) for type I connectors, or 600 V for type II connectors. The voltage drop across the contacts of a connected plug and receptacle must not exceed 7.5 millivolts (mV) for the Type I connectors and must not exceed 6.0 mV for the Type II connectors.

3.3.2 Bonding Strength. The completed Class A connector assembly must withstand a longitudinal pull of at least 30,000 pounds per square inch (psi) (207 Megapascals (MPa)), 75 percent of an average tensile strength of 40,000 psi, (276 MPa) for all wire sizes. Calculation of tensile strength should be done by considering the cross-sectional area of the conductor only. Separation between the molded on connector and the cable must not exceed 0.03 inches (0.8 mm). The wires must be per with ASTM Specification B 33 and B 189.

3.3.3 Mechanical Connection. Each connected plug and receptacle must withstand a static pull load of 10 pounds (44 N) without showing evidence of separation. No damage must occur to the mating components when the connected plug and receptacle are separated by a greater static pull load.

3.3.4 Seal. A watertight seal must be provided between the mated plug and receptacle and between the rubber and metal parts of the plug and receptacle.

3.4 Fabrication and Materials.

3.4.1 General. Each plug and receptacle (cable connector), type, class, and style must be per the dimensions and construction requirements shown on the applicable figures in Appendix I of this specification.

FA4608-19-R-A011

3.4.2 Housing. The connector housing must be molded from natural and/or synthetic elastomeric materials serving both as insulation and sheath to fully enclose the pins of the plug and sockets of the receptacle. The housing material must be suitable for direct earth burial, submergence in water, and capable of withstanding limited attack from chemicals, typically present on the airfield, including but not limited to, oil, de-icing fluids and/or gasoline. Material compounds used in connector housings must not contain more than 25 pounds (11 kilograms (kg)) of carbon black per 100 pounds (45 kg) of elastomer. Housings for Class A connectors must be fabricated from materials capable of bonding to cable sheaths or conductor insulation, during the manufacturing process, to provide a watertight bond.

3.4.3 Pins and Sockets. The pins and sockets must conform to all dimensions and construction requirements per the applicable figures in Appendix I of this specification. Pins and sockets must be made of materials that contain at least 98 percent copper, or free cutting brass alloy 360 (AMS C36000) and in either case must be made of material at least "half hard". The contact portion of the pin and socket must be left "stock hard" and the crimping section, when necessary, fully annealed. The hardness transition must be limited to the locking section of the pin and socket. The pin and socket must be electroplated with tin or other suitable material to provide good electrical contact per paragraph 3.3.1. The sockets must be spring loaded or slotted and spring loaded to insure good electrical contact per paragraph 3.3.1, and Class A sockets must have a means that protects the sockets slots from filling with insulating compound during molding. The pin for the Style 3 connector must be provided with a visual indication that verifies proper assembly position. Pins and sockets provided for Class B connectors must have provisions for crimping to the cable conductor(s), and must not exhibit damage after crimping.

3.4.4 Connector Assemblies.

3.4.4.1 Class A. Pins and sockets must be held perpendicular to the face of the block. Suitable electrical conductors must be mechanically and electrically connected to the pin(s) or socket(s). The connector housing must be molded per paragraph 3.4.2. Primary connectors must be molded to an electrical conductor having a voltage rating equal to or less than the specified voltage rating of the connector. Secondary connectors must be molded to an electrical conductor having a voltage rating equal to or less than the specified voltage rating of the connector with the preferred being equal to the connector rating. A connector must never be molded to an electrical conductor or cable having a higher voltage rating than the specification requirements for the connector. After molding, the space between the pins of Type II plugs must not be less than 1/8 inch (3 mm) when the pins are pinched together with a force of 6 pounds (27 N) applied 1/2 inch (12.7 millimeters (mm)) out from the face of the plug. Also, the space between the ends of the pin of the Type II plugs must not be greater than 9/16 inch (14.3 mm) when the pins are pulled apart with a force of 6 pounds (27 N) applied 1/2 inch (12.7 mm) out from the face of the plug. The force is applied to the pins only. During testing for the above mentioned requirements, the plug is to be held only to keep it from turning.

3.4.4.2 Class B.

3.4.4.2.1 Type I. Each receptacle must be equipped with a disposable sleeve fitted into the receptacle’s water seal to catch surplus silicone compound upon assembly. Each socket must be equipped with a disposable pin fitted tightly into the pin end of the socket to prevent entry of silicone compound on assembly and to provide a visual indication of proper socket position after assembly. The pin design must be such that proper internal dispersion of silicone compound in the assembly is assured. An adequate amount of silicone insulating compound must be furnished with each connector to insure filling all internal voids when the connector is assembled. Each housing must be capped with a disposable shipping cap on the cable entrance end.

3.4.4.2.2 Type II. Connector assemblies must be composed of two parts, an insert assembly and a housing.

FA4608-19-R-A011

Pins or sockets must be held perpendicular to the face of each end of the molded insert assembly and fastened.

After proper assembly, the space between the pins of the plug must not be less than 1/8 inch (3 mm) when the pins are pinched together with a force of 6 pounds (27 N) applied 1/2 inch (12.7 mm) out from the face of the plug. Also, the space between the ends of the pin must not be greater than 9/16 inch (14.3 mm) when the pins are pulled apart with a force of 6 pounds applied 1/2 inch (12.7 mm) out from the face of the plug. Inserts and housing must be molded as specified in paragraph 3.4.2, and must comply with the dimensions and styles per the applicable figures in Appendix I of this AC. When assembled the plug and receptacle assemblies must provide a watertight seal to prevent moisture from entering the housing.

3.4.5 Marking. Each plug and receptacle must be marked with manufacturer’s identification and L-823 designation with style number, e.g., L-823, Style 3.

3.4.6 Caps. Caps must be supplied with Class A connectors (unless requested otherwise by the buyer) to protect plugs and receptacles prior to final connection. Caps must be made of a plastic material compatible with the housing materials per paragraph 3.4.2. When a series short circuiting plug type cap with internal jumpers is required for Type II receptacles, jumpers must be connected to the proper pins. The mating dimensions must be the same as the corresponding plug. The short circuiting cap must be permanently marked with an "S".

3.4.7 Instructions. Installation instructions must be furnished by the manufacturer with each Class B connector.

4. EQUIPMENT QUALIFICATION REQUIREMENTS.

4.1 Qualification Procedures. Procedures for qualifying equipment to be furnished under the Federal grant assistance program for airports are contained in Advisory Circular 150/5345-53, Airport Lighting Equipment Certification Program.

4.2 Qualification Tests. The following tests must be performed on each unit submitted for qualification to demonstrate compliance with all specifications in this AC. Should a conflict exist between this AC and referenced documents, the specification in this AC must apply.

4.2.1 General. Assembled connectors, with conductors attached, must be subjected to electrical and physical tests. Class B connectors must be assembled per the manufacturer’s instructions to lengths of wire or cable, as appropriate, of at least 24 inches (0.6 m) for all tests. Six pairs of mated connectors must be selected at random from a production run for each type of connector to be tested for approval. Each tested connector must pass all qualification tests. Failure of any one of the connectors in any one of the qualification tests causes rejection and indicates failure to comply with this specification.

4.2.2 Dielectric Tests.

4.2.2.1 Plugs and Receptacles. Six test insert plugs made of nylon or equal material of suitable dielectric strength must be provided for the test. The test plugs must meet the mating dimensions of the corresponding standard plug intended for use with the receptacle being tested. Each plug must be checked with "go" and "no go" ring gauges to insure compliance with specified dimensions. Each connector receptacle under test must be mated with one of the test plugs and allowed to soak for 24 hours in a tap water bath at room temperature, (68 - 77° F (20-25 °C)). At the end of the soaking period, with the receptacle still immersed, apply a test voltage of

4.7 kilovolts (kV) dc for 5 minutes to Type II connectors and 15 kV dc to Type I connectors. One minute after the test voltage has been applied the minimum insulation resistance between the conductors and water, and between conductors measured with a 500-volt source must be 25,000 megohms minimum. Receptacles that have passed this test will then be used for testing the corresponding plugs in a like test.

FA4608-19-R-A011

4.2.2.2 Connector Assembly. After the conclusion of the test in paragraph 4.2.2.1, each plug and receptacle being tested must be mated and immersed in a tap water bath at room temperature, (68 - 77° F (20-25 °C)).

Immerse not more than 2 feet (0.6 m) of cable, 1 foot (0.3 m) of the plug, and 1 foot (0.3 m) of the receptacle.

While immersed, each connector assembly must be manually flexed for 2 minutes and then left immersed for a minimum of 24 hours with its cable leads flexed and maintained 180° from its longitudinal axis. Measure the insulation resistance between conductors of each connected assembly after the 24 hour soaking period. The resistance measurements must be taken 1 minute after a test voltage of 4.7 kV dc has been applied for 5 minutes to Type II connectors and 15 kV dc to Type I connectors. The minimum resistance between conductors must be 25,000 megohms. Heat the tap water to 149° F (65 °C ) without removing the assemblies and maintain this temperature for at least 1 hour. Again measure the resistance between the conductor(s) and water, and between conductors with a 500-volt source. The minimum acceptable resistance after the heated soaking period must be 10,000 megohms.

4.2.3 Bond Test. The molded bond between cable and Class A connector must be subjected to a static longitudinal pull load of the magnitude per paragraph 3.3.2. When testing Class A, Type II, connectors of any Style the two conductors must be pulled as a single cable, not as individual conductors. The connector must be held in a manner that does not impart a crimping or clamping action to the connector that would affect the pull test. The connector molding cavity, or a similarly shaped fixture, is acceptable for holding the connector.

Separation between the molded on connector and the cable jacket or conductor insulation exceeding .03 inches must be cause for rejection.

4.2.4 Mechanical Connection Test. Each plug and receptacle intended for mating must be connected together and subjected to the static pull load per paragraph 3.3.3. Any evidence of separation of the connection must be cause for rejection. An increasing load must be applied to the connector assembly until separation occurs. No damage must occur to the mating components when the connected plug and receptacle are separated by the greater static pull load. Any evidence of damage to plugs, receptacles, conductors, and/or the connector bond will be cause for rejection.

4.2.5 Electrical Connection Test. Voltage drop measurements must be made across mated connectors while conducting their rated current. Voltage drops in excess of those in paragraph 3.3.1 must be cause for rejection.

This test may be performed using unmolded contacts conducting rated current. This would permit the measurement to be made without damaging the molded connectors. This test must be performed on the equivalent of six connectors (six contact pairs for Type I connectors and twelve contact pairs for Type II connectors).

4.2.6 Weathering Test. A slab of connector housing material and sample pairs of connectors must be subjected to simulated sunlight by conditioning with carbon-arc or xenon-arc radiation for 720 hours as described in Section 1200.15 of UL-1581. The conditioned and unconditioned slabs of connector housing material must then be evaluated to Section 1200.9 of UL-1581. Failure of the test slab samples and/or the connectors to meet the ratio requirements of Section 1200.9 of UL-1581 must be cause for rejection.

Additionally, a slab of connector housing material and sample pairs of connectors must be exposed to ozone per ASTM D1149, with 50 parts per million (ppm) ozone, 100.4° F (38° C), 20 percent sample extension, and 100 hours exposure. Cracking of the connectors, or test slab, as a result of weathering test will be cause for rejection.

4.2.7 Metal Bond Test. Class A assemblies must have their connector plug and receptacle placed in water, with 20 psi air pressure applied from the free end of the cable, for 10 minutes. There must be no air bubbles emanating from the assembly observed in the water.

FA4608-19-R-A011

5. PRODUCTION TEST REQUIREMENTS.

5.1 Production Tests. Each connector must be visually inspected and interface dimensions checked per the process control below. Each plug and receptacle, cable connector (Class A) must be subjected to a dielectric and continuity test during the validation of a production run. The test voltage must be 4.7 kV dc for Type II connectors and 15 kV dc for Type I connectors. The minimum insulation resistance between the conductors must be 23,500 megohms for Type II connectors and 75,000 megohms for Type I connectors (0.2 micro amps leakage current). The application of the test voltage may be reduced to 1 second. For conventional testing, sampling is defined by ANSI/ASQC Z1.4-1993, Inspection Level II, AQL 2.5. For SPC systems, sampling shall be per ANSI/EIA557A 1995 and shall show statistical capability with a Cpk≥1.0 and σ ≥ 3.0.

APPENDIX I

Cable Connector Figures

(A) PLUG-CLASS A, TYPE II, STYLE I

(B) RECEPTACLE-CLASS A, TYPE II, STYLE 7

(C) RECEPTACLE-CLASS A, TYPE II, STYLE 8

NOTE:

DIMENSIONS ARE DEFINED ON FIGURE 1A.

Figure 1 Class A, Type II, Plugs and Receptacles –

G F

E DIA

C

D

B DIA

A DIA

K

L

G

E DIA

M

J DIA

H DIA

O N

K

MP

L

H DIA

J DIA

G

E DIA

Two Conductor, 20 Ampere, 600 Volts Between Contacts, 1500 Volts to ground

DIMENSIONS INCHES MILLIMETERS REFERENCES

A .155 ± .001 3.937 ± .025 CONNECTOR

B .124 ± .001 3.150 ± .025 CONNECTOR

C .625 ± .015 15.875 ± .381 PLUG, PIN

D .343 + .031, -.000 8.712 + .787, -.000 PLUG

E .435 ± .010 11.049 ± .254 PLUG, RECEPTACLE

F .725 + .020, -.000 18.415 + .508, -.000 PLUG

G 1.000 + .000, -.031 25.40 + .000, -.787 PLUG, RECEPTACLE

H .1570 + .0010, -.0007 3.988 + .0254, -.018 SOCKET, DIA. BEFORE SPLITTING

J .1260 + .0010, -.0007 3.2004 + 0254, -.018 RECEPTACLE

DEPTH OF SOCKET INCLUDES

K .641 MIN. 16.28 MIN. .125 " [3.18 mm] RECESS BELOW

INSIDE FACE OF RECEPTACLE

L .358 + .000, -.015 9.093 + .000, -.381 RECEPTACLE

M .694 ± .010 17.628 ± .254 RECEPTACLE

N 1.125 ± .031 28.575 ± .787 RECEPTACLE

O 1.500 ± .031 38.10 ± .787 RECEPTACLE

P 1.750 ± .031 44.45 ± .787 RECEPTACLE

FIGURE 1A. Class A and B, Plugs and Receptacles – Dimensions

FA4608-19-R-A011

I D K J

E DIA

(A) PLUG-CLASS A, TYPE I, STYLE 2

K M L F

NOTE: METAL SOCKET SHALL BE RECESSED NOT MORE THAN

1/8 INCH [3.175 mm] BELOW INSIDE FACE OF RECEPTACLE

AND BEFORE SPLITTING SHALL HAVE AN I.D. OF

.188 +.001, -.0007 INCH (4.775 + 0.254, - 0.0178 mm)

(B) RECEPTACLE-CLASS A, TYPE I, STYLE 9

DIMENSIONS INCHES MILLIMETERS

D 1.062 ± .015 26.975 ± .381

E .186 ± .001 4.7244 ± .0254

F 1.080 Min. 27.432 Min.

I .593 + .015, - .000 15.062 + .381, - .000

J .604 + .010, - .000 15.342 + .254, - .000

K .937 + .000, - .031 23.800 + .000, - .787

L .573 ± .010 14.554 ± .254

M .608 + .000, - .015 15.443 + .000, -.381

FIGURE 2. Class A, Type I, Plugs and Receptacles – Single Conductor, 25 Ampere, 5000 Volts to

Ground

OPTIONAL LOCKING

DESIGNOPTIONAL

LOCKING B DESIGN E DIAC D H F C

A G

(A) PIN-STYLE 3, PLUG (B) SOCKET-STYLE 10, RECEPTACLE

GREASE PRESSURE RELIEF SLOT GREASE PRESSURE RELIEF SLOT

N J K K L N

I M

OPTIONAL OPTIONAL

INTERNAL COMPOUND CHAMBER INTERNAL COMPOUND CHAMBER

& LOCKING DESIGN & LOCKING DESIGN

(C) PLUG-CLASS B, TYPE I, STYLE 3 (D) RECEPTACLE-CLASS B, TYPE I, STYLE 10

DIMENSIONS INCHES MILLIMETERS REFERENCES

A, B, C DIMENSIONED TO PROVIDE A COMPRESSION FITTING FOR THE SPECIFIED CABLE SIZE

D 1.062 ± .015 26.975 ± .381 PIN

E .186 ± .001 4.7244 ± .0254 PIN

DEPTH OF SOCKET INCLUDES .125"

F 1.080 MIN. 27.432 MIN. [3.175 mm] RECESS BELOW INSIDE

FACE OF RECEPTACLE

G .188 + .001, - .0007 4.7752 + .0254, - .0178 SOCKET (BEFORE SPLITTING)

H .025 ±.010 .635 ± .254 SOCKET (2 SAW SLOTS MIN) IF REQ.

I .593 + .015, -.000 15.062 + .381, - .000 PLUG

J .604 + .010, -.000 15.342 + .254, - .000 PLUG

PLUG, RECEPTACLE

(NOTE : K DIMENSION MAY VARY EXCEPTK .937 + .000, - .031 23.800 + .000, - .787 WITHIN 1" [25.4 mm] OF THE MATING ENDS

MEASURED FROM THE CONNECTOR TIP)

L .573 ± .010 14.554 ± .254 RECEPTACLE

M .608 + .000, - .015 15.443 + .000, - .381 RECEPTACLE

N DIMENSIONED TO PROVIDE A WATERPROOF SEAL WITH THE CABLE INSULATION

FIGURE 3. Class B. Type I, Style 3, Plugs and Class B, Style 10, Receptacle – Single Conductor, 5000 Volts, 25 Ampere

(B) HOUSING

(C) PLUG, A & B ASSEMBLED, STYLE 4

F

B DIA

A DIA

C

SIZED TO FIT

THE SPECIFIED

CONDUCTOR

G

SIZED TO PROVIDE

A WATER TIGHT SEAL

WITH SPECIFIED CABLE

OPTIONAL INTERNAL &

LOCKING DESIGN

E DIA

(A) INSERT ASSEMBLY

NOTE:

DIMENSIONS ARE DEFINED ON FIGURE 1A.

Figure 4. Class B, Type II, Style 4 Plug – Two Conductor, 20 Ampere, 600 Volts Between Contacts, 1500 Volts to Ground

FA4608-19-R-A011

(A) INSERT ASSEMBLY

(B) HOUSING

NOTE:

DIMENSIONS ARE DEFINED ON FIGURE 1A.

K

SIZED TO FIT

THE SPECIFIED

CONDUCTOR

(C) RECEPTACLE, A & B ASSEMBLED, STYLE 11

J

H

OPTIONAL INTERNAL &

LOCKING DESIGN

M

G

SIZED TO PROVIDE

A WATER TIGHT SEAL

WITH SPECIFIED CABLE

L

Figure 5. Class B, Type II, Style 11, Receptacle –

Two Conductor, 20 Ampere, 600 Volts Between Contacts, 1500 Volts to Ground

FA4608-19-R-A011

(B) HOUSING

NOTE:

DIMENSIONS ARE DEFINED ON FIGURE 1A.

K

SIZED TO FIT

THE SPECIFIED

CONDUCTOR

J

H

M

SIZED TO PROVIDE

A WATER TIGHT SEAL

WITH SPECIFIED CABLE

G

L

OPTIONAL INTERNAL &

LOCKING DESIGN

(C) RECEPTACLE, A & B ASSEMBLED, STYLE 12

Figure 6. Class B, Type II, Style 12, Receptacle –

Single Conductor, 20 Ampere, 600 Volts Between Contacts, 1500 Volts to Ground

FA4608-19-R-A011

(B) HOUSING

(C) PLUG, A & B ASSEMBLED, STYLE 5

NOTE:

Figure 7. Class B, Type II, Style 5, Plug – Single Conductor, 20 Ampere, 600 Volts Between Contacts, 1500 Volts to Ground

F

B DIA

A DIA

C

SIZED TO FIT

THE SPECIFIED

CONDUCTOR

OPTIONAL INTERNAL &

LOCKING DESIGN

SIZED TO PROVIDE

A WATER TIGHT SEAL

WITH SPECIFIED CABLE

G

C

D

FA4608-19-R-A011

, Type II, Style 6, Plug – Figure 8. Class A

Two Conductor, 20 Ampere, 600 Volts Between Contacts, 1500 Volts to Ground

U.S. Department of Transportation

Federal Aviation

Administration

Advisory

Circular

Subject: SPECIFICATION FOR

RUNWAY AND TAXIWAY

LIGHT FIXTURES

Date: March 2, 2016

Initiated by: AAS-100

AC No: 150/5345-46E

Change:

1. PURPOSE. This advisory circular (AC) contains the Federal Aviation Administration (FAA) specifications for light fixtures to be used on airport runways and taxiways.

2. EFFECTIVE DATE. Effective six months after the issue date of this AC, only equipment qualified per this specification will be listed in AC 150/5345-53, Airport Lighting Equipment Certification

Program.

3. CANCELLATION. AC 150/5345-46D, Specification for Runway and Taxiway Light Fixtures, dated May 19, 2009, is canceled.

4. APPLICATION. The FAA recommends the guidance and specifications in this AC for Runway and

Taxiway Light Fixtures. In general, use of this AC is not mandatory. However, the use of the specifications in this AC is mandatory for lighting or projects funded under the Airport Improvement

Program (AIP) with revenue from the Passenger Facility Charges (PFC) program. All lighting designs contained in this AC are acceptable to the Administrator to meet the lighting requirements under Title 14

§ 139.311, Marking, Signs and Lighting.

5. PRINCIPAL CHANGES. The following principal changes are added:

a. Paragraph 3.4.1.2d is changed to allow for the deeper throat projection of light fixtures. This solves potential issues with light fixtures not fitting through the bottom flange cutout of extensions and sectional light bases.

b. Paragraph 3.4.2.2., Base Mounting, is removed and inserted in AC 150/5345-42, Specification for Airport Light Bases, Transformer Housings, Junction Boxes, and Accessories.

c. Paragraph 3.4.2.3., Stake Mounting, is removed from this AC and inserted in AC 150/5345-42, Specification for Airport Light Bases, Transformer Housings, Junction Boxes, and Accessories.

d. Paragraph 3.10.1.1 is rewritten to clarify the requirement relevant to light fixture internal hardware. The requirement for black oxide coatings is removed. In addition, a note is added about in-pavement light fixture bolts and bolt torque requirements.

ii

e. All paragraphs in Section 4, Testing Requirements, that are applicable to elevated light bases or stake mountings are removed and inserted into AC 150/5345-42.

6. METRIC UNITS. Throughout this AC, U. S. customary units will be used followed with “soft”

(rounded) conversion to metric units. The U. S. customary units govern.

7. COMMENTS OR SUGGESTIONS for improvements to this AC should be sent to:

Federal Aviation Administration

Airport Engineering Division (AAS-100)

800 Independence Avenue, S.W.

Washington, DC 20591

8. COPIES OF THIS AC.

This AC is available on the FAA website at:

www.faa.gov/regulations_policies/advisory_circulars/.

Michael J. O’Donnell

Director of Airport Safety and Standards

FA4608-19-R-A011

March 2, 2016 AC 150/5345-46E iii

TABLE OF CONTENTS.

CHAPTER 1. SCOPE AND CLASSIFICATION

1.1. Scope

1.2. Classification

1.2.1. Types

1.2.2. Classes

1.2.3. Modes

1.2.4. Styles

1.2.5. Optional Items

CHAPTER 2. APPLICABLE DOCUMENTS

2.1. General

2.2. Federal Aviation Administration (FAA) Advisory Circulars (ACs) and Engineering Briefs

2.3. Federal Standard

2.4. Military Publications

2.4.1. Military Standard

2.4.2. Military Specifications

2.5. American National Standards Institute (ANSI) Publications

2.6. American Society for Testing and Materials (ASTM) Standard

2.7. Illuminating Engineering Society (IES) Publications

2.8. Institute of Transportation Engineers (ITE) Standard

2.9. Society of Automotive Engineers (SAE) Publication

CHAPTER 3. REQUIREMENTS

3.1. General

3.2. Environmental Requirements

3.3. Photometric Requirements

3.4. Dimensional Requirements

3.4.1. In-pavement Lights

3.4.2. Elevated Lights

3.4.3. Type L-804 Runway Guard Light

3.5. Structural Integrity

3.5.1. Vibration

3.5.2. Static Load

3.5.3. Shear Load

3.5.4. Hydraulic Impact

3.5.5. Mechanical Impact

3.5.6. Leakage Resistance

3.5.7. Surface Temperature

3.6. Drainage

3.6.1. Elevated Lights

3.6.2. In-pavement Lights

3.7. Electrical Requirements

3.7.1. In-pavement Lights

3.7.2. Elevated Light Fixtures

3.7.3. Type L-804 Runway Guard Light Fixture

3.8. Optical Requirements

3.9. Maintainability Requirements

3.10. Materials and Finish

FA4608-19-R-A011

AC 150/5345-46E February 5, 2016 iv

3.10.1. In-pavement Lights

3.11. Instruction Manual

3.12. Optional Items

3.12.1. Option 1 - Lamp Bypass

3.12.2. Option 3 - Shields

3.12.3. Option 4 - Mounting Hardware

3.12.4. Option 5 - Two Lamps for Bidirectional Taxiway Centerline Fixtures

CHAPTER 4. QUALIFICATION REQUIREMENTS

4.1. Qualification Request

4.2. General

4.3. Photometric Testing

4.3.1. Procedures

4.3.2. Chromaticity

4.3.3. Calculations

4.3.4. Special Conditions - In-pavement Lights

4.3.5. Special Conditions - Elevated Lights

4.3.6. Type L-804 Flash Intensity Ratio Test

4.4. Load Test

4.5. In-pavement Light Fixture Testing

4.5.1. Mechanical Tests

4.5.2. Thermal Tests

4.5.3. Water Tests

4.5.4. Accelerated Life Test

4.5.5. Insulation Resistance Check

4.5.6. Protective Plating Test

4.6. Elevated Light Tests

4.6.1. High Temperature Test

4.6.2. Low Temperature Test

4.6.3. Rain Test

4.6.4. Salt Fog Test

4.6.5. Yield Device

4.6.6. Solar Radiation Test

4.6.7. Wind Test

4.6.8. Certification

4.6.9. Type L-804 Operational Test

4.6.10. Elevated Light Elevated Light Fixture Insulation Test

CHAPTER 5. PRODUCTION TESTING

5.1.…