Attachment C - WAPA Specifications - 2-3OutdoorStaSvceEquip(2016).doc

SUBSTATION – ELECTRICAL

EQUIPMENT SPECIFICATIONS

WAPA ES 2.3

OUTDOOR SWITCHGEAR ASSEMBLIES

TABLE OF CONTENTS

Subject Page 12.3.1 General

2.3 - 2.3.2 Equipment Qualification

2.3 - 1 2.3.3 Switchgear Assembly Features

2.3 - 1 1.

General

2.3 - 1 2.

Enclosure

2.3 - 1 3.

Terminal Blocks

2.3 - 2 4.

Lighting Contactor

2.3 - 3 5.

Nameplates

2.3 - 3 2.3.4 Ac Distribution Panelboards

2.3 - 3 2.3.5 Manual Transfer Switch

2.3 - 5 2.3.6 Automatic Transfer Switch, Controls, And Relaying

2.3 - 5 1.

General

2.3 - 5 2.

Controls

2.3 - 5 3.

“Independent Manual” Mode Operation

2.3 - 5 4.

“Automatic” Mode Operation

2.3 - 6 5.

Relaying

2.3 - 6 6.

Remote Supervisory Control Monitoring

2.3 - 6 2.3.7 Load Side Main Breaker

2.3 - 7 1.

General.

2.3 - 7 2.3.8 Metering Current Transformers

2.3 - 7 2.3.9 Ground Sensor System

2.3 - 8 2.3.10 Seismic Qualification.

2.3 - 8 2.3.11 Drawings And Data

2.3 - 8 1.

General

2.3 - 8

Table-A Drawings And Data Schedule

2.3 - 9 2.

Installation Drawings And Data

2.3 - 9 3.

Informational Drawings And Data

2.3 - 9 4.

Final Drawings And Data

2.3 - 10 5.

Right To Use Contractor’s Drawings

2.3 - 10

2.3.1 GENERAL: Outdoor switchgear assemblies shall be designed, manufactured, and tested in accordance with applicable parts of these specifications, and applicable ANSI, NEMA, and NEC standards. Only new equipment of current manufacture shall be furnished. In the event of contradictory requirements, the requirements of these specifications shall apply. Ferrous equipment surfaces which are not galvanized shall be painted gray. The paint shall be qualified in accordance with ANSI C37.20.1, paragraph 5.2.8.

1. Project Specifications will indicate the major components required which normally include a transfer switch (manual or automatic) with load-side circuit breaker, panelboard(s), and lighting contactor. A ground sensor system is required only when the load side breaker is rated 1,000 amps or more. Metering current transformers are required only when specified. Major equipment includes associated relays.

2.3.2 EQUIPMENT QUALIFICATION: Before furnishing automatic transfer switches under these specifications, they must be qualified by furnishing the following:

2. Catalog data indicating that the transfer switches are a commercially manufactured product and that they can perform all the functions required by these specifications.

Any list of installations in which the cataloged automatic transfer switches have satisfactorily performed all the required functions would also be appreciated.

2.3.3 SWITCHGEAR ASSEMBLY FEATURES: A station service switchgear assembly shall meet the requirements of ANSI C37.20.1 and have the following features:

3. GENERAL:

a. Be completely assembled, wired, adjusted, and tested at the factory before shipment. Be shipped assembled as complete as practicable, and be packaged and braced to prevent damage in shipment and to facilitate easy handling when unloading and during installation.

b. Be self-supporting, deadfront and freestanding for pad mounting outdoors and be compatible with the associated equipment.

c. All components shall be inside the enclosure.

d. Bottom of assembly shall be provided with blank, removable, accessible steel plates, with gaskets, through which external cables can enter.

e. Provisions shall be made to ground the switchboard assembly. Ground connections shall be suitable for up to No. 4/0 AWG copper cables.

4. ENCLOSURE: The station service switchgear assembly enclosure shall be NEMA type 4 watertight and shall have the following features:

f. Be constructed to pass tests in accordance with ANSI C37.20.1, Section 5.2.9. The enclosure shall be a maximum of 9 feet high, excluding bases; however, in no event shall the centerline of the top circuit breaker handle be more than 6 feet 6 inches high.

g. Wire bending space shall meet requirements of NEC 384-35.

h. Caulking of joints as a method to waterproof the enclosure is unacceptable. Use of gaskets meeting the requirements of ANSI 37.20.2, paragraph A3.13.3. is an acceptable method to waterproof the enclosure.

i. Mounting bolts, nuts, and washers for electrical equipment and material used outdoors and unprotected from the weather shall be of noncorrosive metal. Cadmium-plated mounting hardware will be permitted only where protected in weatherproof enclosures.

j. The steel construction of the base-mounted enclosures shall be free standing and totally enclosed with sheet steel of at least 12 gauge. The enclosure can have either channel bases approximately 1 5/8 inches high, or rectangular steel tubing bases approximately 2 inches high and 4 inches wide which do not obstruct cable raceway. The enclosures can have manufacturer’s standard bases, provided that all other requirements are fulfilled.

k. Exterior weatherproof and watertight access doors shall have top and bottom strikes, center latch, and door handle. The strikes and latch engaged by the door handle shall pull the door securely against the gasket and enclosure and shall be adjustable. Doors shall be elevated 3 inches from the concrete foundation.

l. The access doors shall be complete with latches and continuous hinges that will allow the doors to open not less than 105° from the fully closed position. The doors shall have provisions for padlocks.

m. A light equipped with a clear glass safety globe shall be provided to adequately illuminate the interior of each compartment. The light shall be suitable for connection to a 120 V ac supply. Shockproof mounting of the light to protect the light from filament breakage shall be provided. An automatic pushbutton light switch actuated by opening a compartment door shall be provided to control the light to that compartment.

n. Two 250-W strip heaters shall be installed in each compartment of the station service switchboard. Wire mesh shall be installed over the heaters to protect cable and personnel from contact with the heaters. A disc thermostat shall regulate the heaters so that the temperature inside the cabinet is above 60°F, and the heaters are turned off above 70°F.

o. One weatherproof, separately fused, 15-amp, 125-V, 2-pole, 3-wire, polarized, duplex, grounded receptacle outlet with a built-in ground fault circuit interrupter shall be furnished and mounted on the exterior of the enclosure. The interrupter shall automatically interrupt the circuit for ground-fault currents of 5 milliamperes or greater and shall interrupt dangerous ground-fault current within 1/30 of a second. The receptacle shall be connected to a dedicated 20-amp breaker located at the ac distribution panel within the switchboard assembly. The receptacle shall have a test button to check the operation of the interrupter and a reset button that moves to a trip-indicating position upon operation of the interrupter. The receptacle shall have a NEMA standard configuration 5-15R, shall fit in a standard single‑gang box, and shall be furnished with a cast-metal weatherproof cover plate having a spring-loaded, gasketed lift cover. The receptacle shall be Pass and Seymour Catalog No. 1591, or equal.

p. AC power for lighting, heaters and receptacles within the switchgear assembly shall be obtained from the ac panelboard[s] within the switchgear assembly.

q. Grounding shall be in accordance with ANSI C37.20.1, paragraph 6.1.2. A ground bus shall be provided at the bottom and rear of the switchgear assembly enclosure and solderless, clamp-type copper lugs or terminals shall be provided for connecting up to 4/0 AWG copper ground cable. The ground bus shall electrically connect together the primary equipment and device structures in the switchgear assembly.

5. TERMINAL BLOCKS: Terminal blocks for control wiring shall:

r. Be rated at least 600 V and 50 amps and be suitable for use with No. 8 AWG wire.

s. Be molded-block type to accommodate ring connectors 1/2 inch wide (outer diameter) at the terminal screws, with binding-head or washer-head screws having serrated or grooved contact surfaces or having lockwashers, and have molded insulating barriers between terminals.

t. Have a removable marking strip and cover. The Contractor shall show circuit designations on the elementary schematic and wiring diagrams. These designations shall be machined lettered, stamped, engraved, or neatly marked with permanent ink on one side of the terminal block marking strips. The terminal arrangement shall group the conductors in each cable.

u. Examples of terminal blocks meeting the above requirements are:

(1) Buchanan Catalog No. B112.

(2) General Electric Company, Type EB-25A12W.

(3) Connection, Inc., Type KU12.

v. Two spare terminal blocks shall be provided.

6. LIGHTING CONTACTOR: The lighting contactor shall have the following features:

w. Be of the latching type with a minimum of six normally open poles and a minimum of 20 amps per pole.

x. Be rated for 240 V ac continuous operation.

y. The operating coil of the contactor shall be 120 V ac, suitable for continuous operation and shall be wired to a terminal block.

z. Be remotely controlled by a momentary switch located in the control building and by Supervisory Control and Data Acquisition (SCADA).

7. NAMEPLATES: Engraved nameplates shall be furnished and mounted for each terminal block, panelboard, breaker, relay, or other devices. These shall be shown on the Contractor-provided arrangement drawing and nameplate list.

aa. Nameplate material shall be laminated phenol resin sheet, 1/16-inch-thick that is cut to size. Edges are to be beveled. The nameplate material shall have semi-matte black surfaces and white center equal to Lamicoid No. 7025 satin finish.

ab. Each device within an enclosure shall be identified with permanent markings on or adjacent to it. The markings shall show the device name or standard NEMA device function number.

2.3.4

AC DISTRIBUTION PANELBOARDS:

Ac distribution panelboards shall have the following features:

8. Be manufactured and furnished in accordance with the drawings, NEMA, and UL standards.

9. Be for use on a 3‑phase system as shown on the Government-furnished drawings.

10. Be furnished with all auxiliaries, buses, and wiring ready for operation when connected to external cables.

11. Be made up of molded-case air circuit breakers individually mounted on a fixed framework behind an easily removable trim.

12. Bus bars shall be securely supported by the structural frames but shall not depend upon breakers for support. A back pan shall be provided as a foundation for mounting the bus and breakers. The mounting pan shall be of rigid construction to insure against damage during shipment and installation. The reinforcing may be in the form of flanging of the back pan for the entire length of the pan, or a flat back with angle iron securely fastened to both sides. Non-reinforced back pans of ordinary flat sheet steel will not be acceptable.

13. Board frames and enclosure shall be constructed so that adequate clearance is provided for an incoming cable raceway.

14. All wiring shall be completely accessible for operation and maintenance and removal and replacement. Side wiring ducts with hinged panels shall be provided to allow wiring changes without exposure to live bus. The board shall have openings in the bottom plates for routing all incoming and outgoing cables. Provisions shall be made near the bottom of the board for supporting all incoming and outgoing cables.

15. The neutral bus of each ac board shall be provided with a sufficient number of terminals to accommodate a neutral lead in each circuit from each breaker. The neutral bus shall be insulated from the panel enclosure.

16. Terminal block arrangement and location shall be such that incoming and outgoing cables can be supported. Adjacent rows of terminal blocks shall be separated at least 6 inches edge to edge. Terminal blocks used for cross-panel or inter-panel wiring shall be readily accessible without having to remove wiring gutter covers.

17. To facilitate interconnection of wiring between panels at shipping splits, terminal blocks shall be provided on each panel adjacent to the split. All interconnections shall be terminated on these blocks, and all interconnections between these blocks shall be completed by the Contractor using jumpers cut to proper length and provided with lug connectors at each end of the jumper.

18. Panelboard buses shall be rated 600 V and have a minimum interrupting rating of 22,000 amps rms momentary.

19. Bus bars shall be copper and be insulated to 600 V. Unless silver-plated, main- and branch-circuit connectors shall use copper based on 1,000-amp-per-square-inch current density with contact surfaces not more than 200 amps per square inch. Main buses and back pans shall be so designed that branch circuits may be changed without additional machining, drilling, or tapping. Screws and bolts used for making copper connections shall be equipped with approved lock-washers to prevent loosening. Riveted bus connections will not be acceptable.

20. The board assemblies shall be designed so that any individual circuit breaker can be removed and changed without disturbing adjacent units, without loosening or removing supplemental insulation supplied to meet the requirements of the Underwriters’ Laboratories, Inc., and without additional machining, drilling, or tapping.

21. Connections between circuit breaker terminals and buses shall be copper bars designed to prevent excessive stress on the bus or the circuit breaker during expansion due to temperature changes.

22. Circuit breakers shall be in accordance with NEMA Publication No. AB1 and the following:

Circuit breakers shall be of the manually-operated, molded-case, bolt-on type with either a thermal magnetic trip unit or a thermal and independent magnetic trip unit. Each circuit breaker shall have a voltage rating of 240 V and an interrupting rating of 22,000 amps symmetrical at 240 V. Current limiting molded case breakers, which do not use fuses, or parts that require replacement after each operation will be acceptable. Cascade application of the circuit breakers is not acceptable. Continuous current rating and minimum number of poles is shown on the drawings.

Multiple-pole circuit breakers shall have a common trip. Tandem or handle-tie breakers are not acceptable.

Each circuit breaker shall be provided with an operating handle on the front panel for opening and closing the breaker manually. Each operating handle shall protrude through the removable panel and shall have lockout/tagout capability.

Visual indication of circuit breaker position shall be provided on the front panel for each circuit breaker and shall be visible from the operating position. The position indicator shall indicate whether the circuit breaker is open, closed, or has been automatically tripped by an overload.

The circuit breakers shall be trip free so that the contacts cannot be held closed against an abnormal overcurrent or short-circuit condition.

Copper clamp-type lugs or terminals suitable for copper conductors shall be provided on each breaker for the copper conductor sizes as shown on the drawings.

The Contractor shall provide and install all spare breakers, and provide all mounting material for future breakers.

23. Each distribution board branch circuit shall be provided with an engraved nameplate for each circuit breaker in accordance with .paragraph 2.3.3.5 with names as shown on project drawings.

2.3.5

MANUAL TRANSFER SWITCH:

24. The manual transfer switch shall be manufactured and furnished in accordance with the drawings, NEMA and UL standards

25. The manual transfer switch shall be dead front, and enclosed in the free standing, NEMA 4 enclosure. The manual transfer switch shall be for use on the specified 3-phase, system, be suitable for motor loads as well as lighting loads, and be rated for continuous loads as indicated on the drawings. The manual transfer switch shall be capable of making or breaking any load within the rating of the switch.

2.3.6

AUTOMATIC TRANSFER SWITCH, CONTROLS, AND RELAYING:

26. GENERAL: The automatic transfer switch shall be manufactured and furnished in accordance with the drawings, NEMA and UL standards.

The automatic transfer switch shall be dead front, and enclosed in a free-standing, NEMA 4 enclosure. The automatic transfer switch shall have a hinged and lockable door with two keys provided, be suitable for motor loads as well as lighting loads, and be rated for continuous loads on a 3-phase ac system as indicated on the drawings. The automatic transfer switch shall be capable of making or breaking any load within the rating of the switch.

The automatic transfer switch shall be provided with a main molded case circuit breaker on the load side of the switch. The breaker shall meet section 2.3.8 requirements.

27. CONTROLS: The automatic transfer switch shall be designed for either manual or automatic operation as determined by the setting of the mode selection control switch. This switch shall have positions labeled for “Independent Manual” and “Automatic” modes only. A second selector switch shall be provided to select either Source A or Source B as the primary station service source. Source A and Source B shall be labeled for the transformer or engine/generator that is feeding it.

Under normal operating conditions, both sources will be energized, the control selector switch will be set on “Automatic”, the primary source breaker will be selected.

28. “INDEPENDENT MANUAL” MODE OPERATION: With the selector switch set on “Independent Manual”, the transfer may be operated manually at the transfer switch (alarming, status, and protective relaying shall not be affected).

29. “AUTOMATIC” MODE OPERATION: Automatic control logic shall be performed in accordance with the following:

ac. “Independent Manual” to “Automatic” Mode Change: Upon placing the changeover switch in “Automatic” mode, the primary source shall be selected providing the primary power supply is energized and in a normal condition.

ad. Primary Source Failure: A transfer operation shall occur upon operation of the source undervoltage relay or the station service transformer protection relays (if applicable). If the secondary source is an engine/generator, a timing circuit of time from 1 to 30 seconds, adjustable, shall be provided for power transfer from the primary source to the engine/generator source upon loss of voltage of the primary supply. This timing circuit shall allow the engine/generator to reach operating speed prior to the “Automatic” transfer occurring. Contacts shall be wired to an easily accessible terminal block location for use with the engine/generator as indication that the primary source has failed. These contacts will be used by the engine/generator controls to initiate the start sequence for the engine/generator.

ae. Secondary Source Failure: Failure of the secondary source (operation of the undervoltage relay or transformer relays) shall initiate a transfer operation to return to the deenergized primary source.

af. Restoration of the Primary Source: The changeover switch shall automatically return upon restoration of voltage to the primary source or after the set time delay if an engine/generator is Source B.

ag. Blocked Automatic Transfer: Automatic transfer shall not occur:

- if the changeover switch is in “Independent Manual” mode.

- in the case of simultaneous loss of voltage on both sources.

30. RELAYING: All sensing and protection relays shall be electronic, solid state, with dry contact outputs (solid state outputs are not acceptable). One set of “Form C” contacts for each relay shall be wired out to terminal blocks for status indication.

A dc breaker shall be provided for each source’s relaying power supplies. All inputs, outputs, and dc supply for each relay shall be connected through an FT-1 test switch to facilitate testing.

ah. Undervoltage and Voltage-Unbalance/Phase Sequence Relays: Each source shall have a solid state undervoltage and voltage-unbalance/phase sequence relay of the Basler Type BE4-47N/27 or equal.

ai. Timing Relays: Time delay on return to normal, 1 second to 30 minutes adjustable.

31. REMOTE SUPERVISORY CONTROL MONITORING: Provisions shall be made for the monitoring of the following equipment.

aj. Voltage level of all three phases on the primary and secondary sides of the automatic transfer switch.

ak. Automatic transfer switch position indication.

al. Independent Manual/Automatic mode selector and Source selection control switch positions.

am. Breaker alarms.

an. Individual relay alarms.

ao. Station service transformer sudden pressure and pressure relief relay alarms.

ap. Provisions shall be made for remote supervisory control of the automatic transfer switch.

aq. Pilot lights shall be provided for primary and secondary supplies.

2.3.7

LOAD SIDE MAIN BREAKER:

32. GENERAL: When a main breaker is required for the load side of a transfer switch, it shall be 3-pole molded-case type in accordance with Federal Specification W-C-375a and NEMA Publication No. AB1 and rated as shown on the drawings.

The circuit breaker shall be of the manually-operated, molded-case, bolt-on type with either a thermal magnetic trip unit or a thermal and independent magnetic trip unit.

The breaker shall be single throw, trip free in any position, 60 Hz, interchangeable trip type. Circuit breaker shall have ratings as shown on the drawings and features as follows:

ar. Operation: Circuit breaker shall have thermal, time, and instantaneous over-current tripping devices of the magnetic direct-acting type or of the static type on each pole to provide instantaneous and time-delay tripping functions in accordance with the NEMA standard.

Current-limiting molded case breakers which do not use fuses or parts that require replacement after each operation will be acceptable.

The three-pole circuit breaker shall have a common trip. A tandem or handle-tie breaker is not acceptable.

as. Operating Handle: Circuit breaker shall be provided with an operating handle for opening and closing the breaker manually. The operating handle shall protrude through the removable panel and shall have lockout/tagout capability.

at. Position Indicator: Visual indication of circuit breaker position shall be provided on the front of the case for the circuit breaker and shall be visible from the operating position. The position indicator shall indicate whether the circuit breaker is open, closed, or has been automatically tripped by an overload.

au. Termination: Copper clamp-type lugs or terminals suitable for copper conductors shall be provided on breakers for the copper conductor sizes as shown on the drawings. Aluminum connectors using aluminum screws will not be acceptable.

av. Shunt Trip Device: The main circuit breaker, when rated 1,000 amps or more, shall be equipped with a shunt trip device connected to the ground sensor system for ground fault detection required by NEC Sections 239-95 and 240-13.

2.3.8 METERING CURRENT TRANSFORMERS: Metering current transformers, when required shall be furnished and connected as indicated on the drawings. Three window-type current transformers shall be furnished, one on each phase of the primary source. The transformers shall be 60-Hz 600V indoor type with ratio as specified on drawings and ANSI C57.13 metering accuracy class 0.3 B-0.1, 0.2, 0.5, 0.9, 1.8. Each terminal of the window-type current transformers shall be wired to outgoing terminal blocks located in the switchgear assembly enclosure. The terminal blocks shall be short circuiting, General Electric Company Type EB27B06SC or equal.

2.3.9

GROUND SENSOR SYSTEM:

When a main breaker is rated 1,000 amps or more, a ground sensor system shall be furnished to provide ground fault protection. The system shall be ASEA Brown Boveri Type GRC and TMC (or equal) with one window-type current transformer.

33. The window-type current transformer shall be 60-Hz indoor type and shall have a voltage rating of 600 V. The short-time thermal and mechanical ratings, in accordance with ANSI, shall not be less than 60 and 75 times rated current, respectively.

34. The ground-fault relay shall be of solid state construction and shall initiate tripping of the main breaker and operate an annunciator drop. The relay shall be adjustable from 200 to 1,200 primary amps and shall have several selectable, fixed, time-delay settings over a range of 2 to 209 cycles. The relay output contacts shall operate on 125 V dc. Two spare “Form C” output contacts shall be wired out to terminal blocks for status indication.

2.3.10 SEISMIC QUALIFICATION: When seismic qualification is required, data and requirements shall be provided in accordance with the latest IEEE 693. The data required on metal tags to be attached to equipment may be provided on the equipment nameplate. A seismic report is not required for the low seismic performance level.

2.3.11

DRAWINGS AND DATA:

35. GENERAL: Drawings and technical data required to be furnished by the Contractor shall be in English, with dimensions in feet and inches, weight in pounds, and volume in cubic feet or cubic inches.

The drawings and data shall be complete, accurate in their content, and legible. Drawings shall be prepared using CAD or drafting equipment, shall be drawn to scale, and shall have neat lettering. Drawings or informational data shall be provided as a standard PDF file, Electronic CAD “*.dwg” (AutoCAD 2010 or 2014 formats), Microsoft Word (.doc/.docx) or Microsoft Excel .xls/.xlsx formats. Freehand sketches or skewed scans will not be accepted. Western will require 40 calendar days to answer correspondence pertaining to each submittal of data or drawings.

Schematic and wiring diagrams shall have graphical symbols and device function numbers conforming with the latest applicable standards of ANSI Y32.2/IEEE 315, ANSI/IEEE 315A, and ANSI C37.2.

Reproducible prints shall be of such quality as to permit clear, sharp, legible prints or other reproductions to be made by direct contact methods.

Western shall have the right to require the Contractor to make any changes in the drawings and data that may be necessary to show the equipment furnished conforms to the requirements of the specifications and these standards. The design and coordination of this electrical equipment shall be the responsibility of the Contractor and Western assumes no responsibility to approve or review drawings and data that are submitted. Western’s review of the Contractor’s drawings shall not relieve the Contractor of meeting all requirements of these specifications or the correctness of his drawings. Revised drawings shall show revision dates and all changes and revisions circled on the drawings. Drawings shall not exceed 22 inches in height by 36 inches in width.

Procurement and construction specifications include the delivery times, quantities, and destinations for drawings and data submittals. The following Table – A shows the normal delivery time and quality requirements.

TABLE-A

DRAWINGS AND DATA SCHEDULE

PARAGRAPH

DELIVERY TIME

(CALENDAR DAYS)

TYPE OF MATERIAL

Furnish one print of each final drawing with each copy of instructions.

Seismic qualification report may be submitted within 150 calendar days after date of contract award, if equipment not previously qualified per latest IEEE 693. A seismic report is not required for the low seismic performance level.

36. INSTALLATION DRAWINGS AND DATA: The required delivery time and quantity of installation drawings and data are listed in Table-A. The installation drawings and data are required to prepare final design of foundations and, when applicable, support structures. Drawings and data required include all of the following that are applicable:

aw. Equipment outlines, dimensions, and weights.

ax. Base type, dimensions, and mounting details.

ay. Location, types, sizes, and projections of required embedded anchor bolts and material.

az. The Government will furnish foundations, anchor bolts, and embedded material as required.

ba. Location and size of required openings in the floors for conduits.

bb. Orientation of all equipment and a complete anchor bolt setting plan.

bc. Seismic qualification report. Data and requirements shall be provided in accordance with ANSI 693. A seismic report is not required for the low seismic performance level.

37. INFORMATIONAL DRAWINGS AND DATA: The required delivery time and quantity of informational drawings and data are listed in Table-A. The drawings and data shall:

bd. Include outlines, details, schematic diagrams, wiring diagrams and instructions.

be. Specifically verify conformance with equipment requirements.

bf. Be sufficiently complete to allow preparation of final design and installation drawings including wiring diagrams.

38. FINAL DRAWINGS AND DATA: The minimum delivery time and quantity of final drawings and data are listed in Table-A. The drawings and data shall include the following:

bg. Final Drawings: The drawings shall show all changes, and revision dates thereof, made up to the time the drawings and data are furnished.

Final drawings shall be furnished, rolled or flat, not folded. Drawings shall be printed on quality bond paper; be full-size; and be clear, sharp, and legible.

Final drawings shall include the following:

(1) Outline.

(2) Time-current curves.

(3) Wiring diagrams, schematic diagrams, and details for any specified component such as ac distribution panelboard, ground sensor system, metering current transformers, transfer switches, safety switches, circuit breakers, and enclosure.

(4) Nameplate.

bh. Sets of Parts Identification Lists or Bills of Materials for the Equipment: Each part shall be assigned an identifying number which can be used for ordering replacements, and a reference number that locates the part on the appropriate outline drawing.

bi. Sets of manufacturer’s instruction covering installation, operation, and maintenance repair for the equipment and for each device appurtenant to the equipment. A print of each final drawing as required above shall be included with the instructions.

bj. Certified copies of required test reports shall be furnished prior to shipment of equipment. Any equipment which does not successfully pass testing requirements will be rejected.

39. RIGHT TO USE CONTRACTOR’S DRAWINGS: Western expressly reserves the right to use, to reproduce in whole or in part, to distribute, and to reuse any and all such drawings, whether copyrighted or not, in connection with the following:

bk. Installation, maintenance, replacement, and repair of the articles to be furnished under this contract.

bl. Making any and all such drawings and reproductions thereof available to subsequent bidders and Contractors, where necessary, for fabricating and furnishing articles connected with or dependent upon information shown on the drawings and duplicating the drawings to be furnished hereunder.

The depositing of all such drawings with Western shall constitute a license to Western to use said drawings in the manner hereinabove stated.

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