NNK16575643R_-_Amendment_0001.pdf

1. CONTRACT ID CODE PAGE OF PAGES

AMENDMENT OF SOLICITATION/MODIFICATION OF CONTRACT 1 48

2. AMENDMENT/MODIFICATION NO. 3. EFFECTIVE DATE 4. REQUISITION/PURCHASE REQ. NO. 5. PROJECT NO. (If applicable)

0001 See Block 16C 4200575643 98966.2

6. ISSUED BY CODE OP-ES 7. ADMINISTERED BY (If other than Item 6) CODE

Same as block 6

John F. Kennedy Space Center, NASA Procurement Office, OP-ES-A Kennedy Space Center, FL 32899

8. NAME AND ADDRESS OF CONTRACTOR (No., street, county, State, and Zip Code) 9A. AMENDMENT OF SOLICITATION.

X NNK16575643R

10A. MODIFICATION OF CONTRACT/ORDER NO.

10B. DATED (SEE ITEM 13)

CODE FACILITY CODE

11. THIS ITEM ONLY APPLIES TO AMENDMENTS OF SOLICITATIONS

[ X ]The above numbered solicitation is amended as set forth in Item 14. The hour and date specified for receipt of Offers [ ] is extended, [ X ] is not extended.

Offers must acknowledge receipt of this amendment prior to the hour and date specified in the solicitation or as amended, by one of the following methods:

(a) By completing Items 8 and 15, and returning _1___ copies of the amendment; (b) By acknowledging receipt of this amendment on each copy of the offer submitted; or (c) By separate letter or telegram which includes a reference to the solicitation and amendment numbers. FAILURE OF YOUR ACKNOWLEDGEMENT TO BE RECEIVED AT THE PLACE DESIGNATED FOR THE RECEIPT OF OFFERS PRIOR TO THE HOUR AND DATE SPECIFIED MAY RESULT IN REJECTION OF YOUR OFFER. If by virtue of this amendment you desire to change an offer already submitted, such change may be made by telegram or letter, provided each telegram or letter makes reference to the solicitation and this amendment, and is received prior to the opening hour and date specified.

12. ACCOUNTING AND APPROPRIATION DATA (If required)

13. THIS ITEM APPLIES ONLY TO MODIFICATIONS OF CONTRACTS/ORDERS,

IT MODIFIES THE CONTRACT/ORDER NO. AS DESCRIBED IN ITEM 14.

A. THIS CHANGE ORDER IS ISSUED PURSUANT TO: (Specify authority) THE CHANGES SET FORTH IN ITEM 14 ARE MADE IN THE CONTRACT

ORDER NO. IN ITEM 10A.

B. THE ABOVE NUMBERED CONTRACT/ORDER IS MODIFIED TO REFLECT THE ADMINISTRATIVE CHANGES (such as changes in paying office, appropriation date, etc.) SET FORTH IN ITEM 14, PURSUANT TO THE AUTHORITY OF FAR 43.103(b).

C. THIS SUPPLEMENTAL AGREEMENT IS ENTERED INTO PURSUANT TO AUTHORITY OF:

D. OTHER (Specify type of modification and authority)

E. IMPORTANT: Contractor [ ] [ ] is required to sign this document and return copies to the issuing office.

14. DESCRIPTION OF AMENDMENT/MODIFICATION (Organized by UCF section headings, including solicitation/contract subject matter where feasible.)

The purpose of this Amendment is to:

1. Post the Site Visit Sign In Sheet

2. Make changes to the RFP.

3. Incorporate additional document - KSC-TA-8620

See Attached Pages

15A. NAME AND TITLE OF SIGNER (Type or print) 16A. NAME AND TITLE OF CONTRACTING OFFICER (Type or print)

Sherry Gasaway, Contracting Officer

15B. CONTRACTOR/OFFEROR 15C. DATE SIGNED 16B. UNITED STATES OF AMERICA 16C. DATE SIGNED

BY 4/22/2016

(Signature of person authorized to sign) (Signature of Contracting Officer)

NSN 7540-01-152-8070

PREVIOUS EDITION UNUSABLE

30-105 STANDARD FORM 30 (Rev. 10-83) Prescribed by GSA

FAR (48 CFR) 53.243

SECTION SF 30 BLOCK 14 CONTINUATION PAGE

1. The following documents are attached to this Amendment and are hereby incorporated into this solicitation:

Site Visit Sign In Sheet

KSC-TA-8620 : “STATEMENT OF BASIS, ORSINO POWER SUBSTATION

SWMU 96, NATIONAL AERONAUTICS AND SPACE ADMINSTRATION

KENNEDY SPACE CENTER, BREVARD COUNTY FLORIDA,” Dated 12/2006, Pages 1 through 5.

2. The following changes are hereby made to the solicitation;

Solicitation NNK16575643R, Section C.2.(a), Base Bid CLIN-0001 and Base Bid Alternate

CLIN-0002, add the following paragraph:

KSC-TA-8620, Titles “STATEMENT OF BASIS, ORSINO POWER

SUBSTATION SWMU 96, NATIONAL AERONAUTICS AND SPACE

ADMINSTRATION KENNEDY SPACE CENTER, BREVARD COUNTY

FLORIDA, Dated 12/2006, Pages 1 through 5.

Solicitation NNK16575643R, Section C.2.(b), Addenda to Specifications, Drawings, Maps, and/or Statements of Work, add the following paragraphs after item 12:

13. Base Bid (CLIN-0001): Drawing 79K39950, Sheet E-614, Zone F/2-5 – A splice on Cables “1”, “2”, “5”, and “6” with Specific Note K indication is required at Manhole 1A due to construction phasing requirements.

14. Base Bid (CLIN-0001): Drawing 79K39950, Sheet E-603, Zone A8 – Revise Flag Note G as follows.

From:

G. EXISTING POTHEAD CABLE, CONDUIT, AND CONDUCTORS

FROM ORSINO VCB-214 TO EXISTING MH-1 TO BE REPLACED

UNDER PCN 98966.1 SAFETY AND RELIABILITY UPGRADE, KSC

INSTITUTIONAL POWER SYSTEMS PHASE 1 OF 4 – TASK 5.

To:

G. EXISTING PILC POTHEAD, CABLE, CONDUIT, AND

CONDUCTORS FROM ORSINO VCB-101 AND 102 TO EXISTING

MH-1 TO BE REPLACED UNDER PCN 98966.2 SAFETY AND

RELIABILITY UPGRADE, KSC INSTITUTIONAL POWER SYSTEMS

PHASE 1 OF 4 – TASK 5 (OPTION 1 WORK).

15. Base Bid (CLIN-0001): Drawing 79K39950, Sheet E-603, Zone D/6 – Change flag note callout for Feeder 214 in Zone D6 to “H” (from “G”).

16. Base Bid (CLIN-0001): Drawing EO1-79K39950, Sheet 12 (E-617), Zone F/2-3 – All cable terminations to NEW VFI-56 should be 600A bolted dead-front elbow instead of the live front terminations indicated.

17. Base Bid (CLIN-0001) All Orsino Substation soil within the substation fence line, except soil South of 13.2 kV structure Bay 16, shall be assumed contaminated; reference KSC-TA-8620, STATEMENT OF BASIS ORSINO POWER SUBSTATION SWMU 96. Soil contamination impacts excavation, backfill, and any soil disposal.

17a. Develop required safety, environmental, equipment/tool decontamination and disposal plan changes related to excavation and back-fill of contaminated soil.

17b. Provide personal protective equipment (PPE) for all employees coming in contact with contaminated soil. The plan requested in ‘17a’ above should depict PPE to be used and will be reviewed by the government.

17c. Take measures to mitigate blowing dust so the contaminated soil boundary does not increase. Take measures such that personnel working in the contaminated area do not inadvertently remove soil from the contaminated area that is attached to clothing, tools, or equipment.

17d. NASA to provide containers for decontaminated clothing and small items. Dispose of excess contaminated soil on site in the contaminated area.

17e. Decontaminate tools and equipment that come into contact with the soil as follows:

17f. If excavated soil is wet or brush/broom is ineffective in totally removing soil from equipment, then rinse/pressure wash all visible soil from equipment within the area of soil contamination while keeping rinse/pressure equipment from coming in contact with contaminated soil.

17g. If excavated soil is dry, then either rinse clean per Item 1 above or brush all soil from equipment within the area of soil contamination, exit the area and leave the brush/broom on site. At the end of project work place the brush/broom in the waste container.

18. Option 1 (CLIN-0003) Specification 79K39774 Revision A, Section 26 05

63.00 98 COORDINATED POWER SYSTEM PROTECTION AND ARC

FLASH ANALYSIS, Sub-section 2.3.1 “Scope of Study” is revised in its entirety as follows (because no Government power system ETAP model is to be provided and studies are required for Option 1 work only):

2.3.1 Scope of Study

Power system and arc-flash analysis is required for all Option 1 work (not required for Option 2 work). The scope of the study is from and including the medium voltage system connection points to all downstream distribution equipment indicated on the drawings. Provide two studies:

1. For all equipment using temporary power provisions during the construction of Substation 227.

2. For all equipment using permanent (completed installation) Substation

227 power provisions.

Perform all data collection and power system model development to provide the following study elements:

a. Short circuit study: Utility source, transformer, motor, cable and equipment node definition, source impedance, and short circuit availability at all equipment. Execute short circuit results report for the entire power system detailed on the drawings.

b. Protective device coordination and breaker settings: Provide breaker settings for all new low voltage switchgear breakers and new or existing breakers with adjustable trip settings. Coordinate new low voltage switchgear feeder breakers to the largest branch or feeder circuit (not main breaker) protective device in the first downstream equipment indicated on the drawings. Execute time current and setting reports for the entire power system detailed on the drawings.

c. Arc flash study: Execute revised arc-flash analysis report and reprint/install revised arc-flash labels for the entire power system detailed on the drawings.

19. Option 1 (CLIN-0003) Specification 79K39774 Revision A, Section 26 05

63.00 98 COORDINATED POWER SYSTEM PROTECTION AND ARC

FLASH ANALYSIS – The second and third sentences of Sub-section 2.3.2

“Specialized Power System Modeling and Analysis Suite of Software” are deleted (no government power system ETAP model will be provided):

RFP, ATTACHMENT J-B – KSC PROJECT SPECIFIC REQUIREMENTS

Delete clauses J-B-47, J-B-48, J-B-49 and replace with the following (areas highlighted represent areas where changes took place):

J-B-47 INSTITUTIONAL SERVICES CONTRACTOR (ISC) SUPPORT FOR

WORK ASSOCIATED WITH DRAWING 79K39950 (CLIN 0001, BASE

BID)

Outages and power system operational support, required to complete the work performed by the Construction Contractor will be provided by the Institutional Services Contractor (ISC). The Construction Contractor shall schedule, perform work, request outages, request utility locate services, and request ISC shop support services in accordance with the work sequence below and as indicated on Drawing 79K39950 for Base Bid Task 1. The order in which steps are performed may change based on outage issues, operational issues, or as required to improve the overall work flow; currently the order of Steps 13 through 19 may change. ISC will also provide additional outages required due to field conditions or operational issues not identified below or on the drawings. The Construction Contractor shall submit all outage requests in writing.

Outages must be submitted for neutral grounding resistor operations to reduce arc-flash energy within 13.2 kV manholes or in proximity to 13.2 kV medium voltage electrical equipment.

Utilities identified by ISC must be located by the Construction Contractor using hand dig methods. Specific ISC shop support items to be provided in support of the Construction Contractor’s work tasks are identified below.

Note – Items are a brief summary of work to be completed; not all work elements and drawings involved with a particular task are indicated.

1. A Contractor’s representative shall be present:

a. During all ISC weekend or 2nd shift switching operations that de-energize equipment or circuits for subsequent Contractor work. The representative shall lockout/tag-out the required electrical isolation points and take possession of the ISC work permit for the secured circuits.

b. In the morning, for all daily ISC neutral grounding resistor (NGR) switching, the representative shall lockout/tag-out the required electrical isolation points and remove them at the end of the work shift each day.

2. The Contractor shall adequately staff and work extended work week or weekends as required to complete work required during specified outage periods.

3. Contractor installation of cables and switch terminations not associated with new switching equipment:

Reference drawings E-101, E-113, E-406, E-407, E-616 and E-617.

Complete work required within 3, Monday through Friday, work weeks.

Install Cable “30” between VFI-31 and VFI-32 via existing MH-39.

Install Cable “31” between MH-89 (LBS-79) and the vault at VFI-63/65.

(Terminations to LBS-79 are performed in Step 11 which can be scheduled after work in this step is complete.)

Install Cables “32A” and “32B” between the vault at VFI-63/64 and to VFI-63 and

VFI-65.

Request ISC outage processing support for Orsino Substation NGR use.

Request ISC shop support to:

a. Switch Orsino Substation NGRs for 15 construction contractor continuous work days (3 work weeks), Monday through Friday.

b. Phase match check new tie cable between VFI-31 (Feeder 204/205) and VFI-32

(Feeder 202/203)

4. Contractor rough-in of new switching equipment in the Orsino Substation yard:

VFI-412, STC-410, LBS-414, STC-411, and LBS-413:

Reference drawings C-101, E-408, E-501, E-503, E-506, E-507, and E-614.

Complete all work required within the manhole in one week, Monday through Friday.

Install concrete pad and grounding.

Install ducts to existing Manhole MH-1A.

Install switching equipment.

Install cables “17”, “18”, “19”, “10”, “20”, and “21” connecting to STC-410 and STC-

411.

Request ISC outage processing support for Orsino Substation NGR use.

Request ISC dig permit and locate support for all work within the Orsino Substation yard.

Request ISC shop support for:

a. One ISC representative to attend construction contractor pre-work meeting at the

Orsino Substation to describe ISC safety and operational practices.

b. Relocating the existing utility shed and contents in the Southeast corner of the

Orsino Substation yard.

c. Orsino Substation NGR switching for 5 construction contractor continuous work days (1 work week), Monday through Friday, to access MH-1A to install new ducts and cable racks.

5. Contractor rough-in installation of New LBS-418 (101) near MH-8:

Reference drawing sheets E-112, E-405, and E-615.

Complete all work required within the manhole in one week, Monday through Friday.

Note: Cable “28” (tie between new LBS-418 and existing LBS-98) are installed in

Step 10.

Note: Cables “29” and “34” are installed in Step 10 and spliced to existing Cables J during a later outage; reference Step 12.

Request ISC outage processing support for Orsino Substation NGR use.

Request dig permit and locate support for LBS-418 location and duct banks to MH-8.

Request ISC shop support to switch Orsino Substation NGR’s for 5 construction contractor continuous work days (1 work week), Monday through Friday, to access

MH-8 to install new ducts and cable racks.

6. Contractor rough-in installation of replacement LBS-56 (207) with VFI-56 near MH-

9 (All work indicated in Item 6 is to be performed as CLIN-0001 BASE BID work)

Reference EO1 to TASK 1 Drawings.

Complete all work required within the manhole in one week, Monday through Friday.

Note: Cable “33” (tie between replacement LBS-56 and existing LBS-407) is installed in Step 10. Connect to existing LBS-407 during a later outage; reference Step 13.

Note: Cables “35”, “36”, and “37” are installed in Step 10. Splice to existing Cables

“L”, “M”, and “N” respectively during a later outage; reference Step 13.

Request ISC outage processing support for Orsino Substation NGR use.

Request dig permit and locate support for VFI-56 location and duct banks to MH-9.

Request ISC shop support to Switch Orsino Substation NGR’s for 5 construction contractor continuous work days (1 work week), Monday through Friday to access

MH-9 to install new ducts and cable racks.

7. Contractor rough-in installation of New LBS-415 (206) near MH-2:

Reference drawings, Sheets E-111, E-404, and E-615.

Complete all work required within the manhole in one week, Monday through Friday.

Note: Cable "7” (tie between LBS-415 and VFI-412) is installed in Step 10.

Note: Cable ”25” from LBS-415 to MH-1A is installed during Step 10 and connects to

Orsino Substation VCB-206 during a later outage; reference Step 14.

Note: Cable “26” is installed in Step 10 and splices to existing cable “C” during a later outage; reference Step 14.

Request ISC outage processing support for Orsino Substation NGR use.

Request dig permit and locate support for LBS-415 location and duct banks to MH-

95A.

Request ISC shop support to switch Orsino Substation NGRs for 5 construction contractor continuous work days (1 work week), Monday through Friday, to access

MH-2 to install new ducts and cable racks.

8. Contractor rough-in installation of New VFI-417 (208) near MH-95A:

Reference drawings, Sheets E-111, E-402, and E-615.

Complete all work required within the manhole in one week, Monday through Friday.

Note: Cable “22” (tie between LBS-416 and VFI-417) and Cable “27” (tie between new VFI-417 and existing VFI-89) are installed in Step 10.

Note: Cables “23” and “24” are installed in Step 10 and splice to existing Cables G during a later outage; reference Step 16.

Request ISC outage processing support for Orsino Substation NGR use.

Request dig permit and locate support for VFI-417 location and duct banks to MH-

95A.

Request ISC shop support to Switch Orsino Substation NGRs for 5 construction contractor continuous work days (1 work week), Monday through Friday, to access

MH-95A to install new ducts and cable racks.

9. Contractor rough-in installation of New LBS-416 (201) near MH-9A and new ducts from existing MH-1 (Orsino Yard) to exiting MH-9A.

Reference drawings, Sheets C-111, C-401, E-111, E-401, and E-615.

Complete all work required within manholes in two weeks, Monday through Friday.

Note: Cable “22” (tie between LBS-416 and VFI-417) is installed in Step 10.

Note: Cables “3” and “4” are installed in Step 10 and spliced to existing cables D during a later outage; reference Step 17.

Request ISC outage processing support for Orsino Substation NGR use.

Request dig permit and locate services for LBS-416 location and duct banks to MH-

9A.

Request dig permit and locate services for new duct bank location between MH-1 and

MH-9A.

Request ISC shop support to Switch Orsino Substation NGRs for 10 construction contractor continuous work days (2 work weeks), Monday through Friday, to access

MH-1 and 9A to install new ducts and cable racks.

10. Contractor installation of circuits associated with new VFI’s and LBS’s.

Reference drawings, Sheets E-614 through E-617.

Complete work required within 3, Monday through Friday, work weeks.

Install LBS-418 @ MH-8 Cables:

Cable “28” (tie between new LBS-418 and existing LBS-98 via MH-8).

Note: Cable “29” to MH-7; splice to existing cable J during a later outage;

reference Step 12.

Note: Cable “34” to MH-8; splice to existing cable J during a later outage;

reference Step 12.

Install LBS-415 @ MH-2 Cables:

Cable “7” (tie between new LBS-415 and new VFI-412 @ MH-1A).

Note: Cable “25” to MH-1A; extended to VCB-206 or splices to existing cables from VCB-206 during a later outage; reference Step 14.

Note: Cables “26” to MH-2; splices to existing Cable C during a later outage;

reference Step 14.

Install VFI-412 @ MH-1A Cables:

Cables “8”, “9”, and “16” to MH-1. Cables terminated and splice during a later outage; reference Step 15.

Install VFI-417 @ MH-95A Cables:

Tie Cable “22” (tie between new VFI-417 and new LBS-416 @ MH-9A).

Tie Cable “27” (tie between new VFI-417 and existing VFI-89 @ MH-9).

Cables “23” and “24” to MH-95A; splices to existing Cables G during a later outage; reference Step 16.

Install LBS-416 @ MH-9A Cables:

Cables “3” and “4” to MH-9A; splices to existing Cables D during a later outage;

reference Step 17.

Install LBS-414 @ MH-1A Cables:

Cables “14” and “15” to MH-1A; splices to existing Cables E and F during a later outage; reference Step 18.

Cables “5” and “6” to MH-1A; extended to VCB-215 during a later outage;

reference Step 18.

Install LBS-413 @ MH-1A Cables:

Cables “12” and “13” to MH-1A; splices to existing Cables A and B during a later outage; reference Step 19.

Cables “1” and “2” to MH-1A; extended to VCB-213 during a later outage;

reference Step 19.

Install VFI-56 @ MH-9 Cables:

Reference drawings for EO1.

Tie Cable “33” (tie between new VFI-56 and existing LBS-407 @ MH-9).

Connection to existing LBS-407 during a later outage; reference Step 13.

Cables “35”, “36”, and “37” to MH-9 which splice to existing Cables “L”, “M”, and “N” respectively during a later outage; reference Step 13.

Request ISC outage processing support for Orsino Substation NGR use.

Request ISC shop support to switch Orsino Substation NGRs for six (6), Monday through Friday, construction contractor work weeks (30 work days).

11. Contractor to connect new Tie Circuit “31” at existing Feeder 212 LBS-79. Note:

This step can be performed any time after Step 3 is complete.

Reference drawings E-113, E-407, E-602, E-605, E-616, and E-617.

Complete all work within one week, Monday through Friday.

Reference work in previous Step 3.

Complete Cables “31”, “32A”, and “32B”.

Test cables and VFI and submit results to the Government.

Request ISC outage processing for Feeder 212 and Orsino Substation NGR use:

Outage duration to include 5 construction contractor continuous work days (1 work week), Monday through Friday. Note: No loss of power but loss of utility redundancy to Central Campus Phase 1 Office Building and Space Station Processing

Facility (SSPF) Substation 118.

Request ISC shop support to:

a. On a weekend prior to Contractor work, switch to de-energize 13.2 kV Feeder 212 and LBS-79.

b. Switch Orsino NGRs for 5 construction contractor continuous work days (1 work week), Monday through Friday.

c. Review contractor’s cable test results.

d. Inspect new LBS-79, VFI-63, and VFI-65 installation.

e. On a weekend after Contractor work is complete, switch to phase match check revised 13.2 kV circuits and energize 13.2 kV LBS-79 from Feeder 212.

12. Contractor to cut-in new LBS-418 at MH-8 to existing Feeder 101 Cable “C”.

Reference previous Steps 5 and 10.

Reference drawings E-101, E-112, E-405, E-603, E-606, E-613, and E-615.

Provide labor (extended work week as required) to complete all work within 12 continuous days starting on a Monday.

Tie Cable “28” to existing LBS-98 (Feeder 211) completed in Step 10.

Cut existing Cable “J” at MH-7 and remove to MH-8. Splice new Cable “29” to existing Cable J at MH-7.

Complete installation of new Cable “34” including splice to existing Cable ”J” at MH-

8.

Re-label existing Feeder 101 cables in manholes; reference Drawing E-101.

Test cables and VFI and submit results to the Government.

Request outage processing for Feeder 101 and Orsino Substation NGR use: Outage duration to include 12 construction contractor continuous work days over 2 weeks.

Note: No loss of power, but loss of utility redundancy.

Request ISC shop support to:

a. On a weekend prior to Contractor work, switch to de-energize 13.2 kV Feeder 101 from VFI-89/S3 to VFI-405/S1.

b. Switch Orsino NGRs for 12 construction contractor continuous work days over 2 work weeks including 1 weekend.

c. Install protective relay settings in new Orsino Substation VCB-211 and VCB-101.

d. Review contractor’s LBS and cable test results.

e. Inspect new LBS-418 installation.

f. On a weekend after Contractor work is complete, switch to phase match check revised 13.2 kV circuits and energize Feeder 101.

13. Contractor to cut-in Feeder 207 VFI-56 (replacement for LBS-56) at MH-9 and complete connections to existing circuits and new tie to existing Feeder 102 LBS-407.

Reference previous Steps 5 and 10.

Reference drawings to EO1-79K39950.

Provide labor (extended work week as required) to complete all work within 12 continuous days starting on a Monday.

Complete tie Cable 33 to between new VFI-56 and existing LBS-407.

Cut existing Feeder 207 Cables “L”, “M” and “N” at MH-9 and splice to new Cables

“35”, “36”, and “37” respectively at MH-9.

Test cables and VFI and submit results to the Government.

Relabel existing Feeder 207 cables in various manholes; reference Drawing E-101 in

EO1-79K39950.

Demolish existing LBS-56.

Request ISC outage processing for Feeder 102, Feeder 207, and Orsino Substation

NGR use: Outage duration to include 12 construction contractor continuous work days over 2 weeks. Note: No loss of power to facilities, but loss of utility redundancy and outage to KSC Solar Plant Addition for Central Campus.

a. On a weekend prior to Contractor work, switch de-energize Feeder 207 between

Orsino Substation VCB-207 and LBS’s 5/S4 and VFI-45/S1 to de-energize LBS-

56.

b. On a weekend prior to Contractor work, switch de-energize Feeder 102 between

Orsino Substation VCB-102 and LBS-408/S1 to de-energize LBS-407.

c. Switch Orsino NGRs for 12 construction contractor continuous work days over 2 work weeks including 1 weekend.

d. Install protective relay settings in new Orsino Substation VCB-207 and VFI-56.

e. Review contractor’s LBS and cable test results.

f. Inspect new installation at MH-9.

g. On a weekend after contractor work is complete, switch to phase match check revised 13.2 kV medium voltage circuits and to energize Feeders 102 and 207.

14. Contractor to cut-in new LBS-415 at MH-2 to existing Feeder 206 Cable “C” and

VCB-206.

Reference previous Steps 7 and 10.

Reference drawings E-101, E-111, E-404, E-408, E-601, E-604, E-611, and E-615.

Provide labor (extended work week as required) to complete all work required within

12 continuous days starting on a Monday.

Tie Cable “7” to VFI-412 (Feeder 214) completed in Step 10.

Cut existing Cable “C” and remove from MH-2 to Orsino Substation VCB-206.

Complete installation of Cable “25” between Orsino Substation VCB-206 (splice in

MH-1A) and LBS-415/S1; reference Step 10.

Complete installation of Cable “26” including splice to existing Cable “C” at MH-2.

Re-label existing Feeder “206” cables in manholes; reference Drawing E-101.

Test cables and VFI and submit results to the Government.

Request ISC outage processing for Feeder 206 and Orsino Substation NGR use:

Outage duration to include 12 construction contractor continuous work days over 2 weeks. Note: No loss of power but loss of utility redundancy.

a. On a weekend, switch to transfer 13.2 kV Feeder 206 loads to Feeder 101.

Alternate is to transfer both Feeder 206 and Feeder 101 Visitor’s Center Loads to

Feeder 211 (using new LBS-418)

b. On a weekend, switch to de-energize 13.2 kV Feeder 206 from VCB-206 to VFI-

81/S1.

c. Switch Orsino NGRs for 12 construction contractor continuous work days over 2 weeks including 1 weekend.

d. Review contractor’s VFI and cable test results.

e. Inspect new 13.2 kV LBS-415 installation.

f. On a weekend after Contractor work is complete, switch to phase match check revised 13.2 kV circuits and to energize 13.2 kV LBS-415 from VCB-206. –

Positions 3 to VFI-412 left open and locked/tagged out.

15. Contractor to cut-in new VFI-412 to existing Feeder 214 Cable H and new Feeder

214 cables “8”, “9”, and “16” at MH-1. Perform Bus 3 measurements and inspections.

Reference previous Steps 4 and 10.

Reference drawings E-101, E-408, E-506, E-603, E-606, E-613 and E-614.

Provide extended work week labor support to complete all work within 12 continuous days starting on a Monday.

Cables “17” and “18” to STC-410/STC-411 completed in Step 4.

Tie Cable “7” to LBS-415 (Feeder 206) completed in Step 10.

Remove Cable “H”; pulling equipment must pull from MH-1 location.

During a weekend (overtime) Bus 3 outage in the middle of the overall outage period, install Cables “8” and “9” from VCB-214 to MH-1A. Perform Bus 3 inspections and measurements. Note: If Option 1 is contracted for by the Government reference additional Feeder 101 and 102 work to be performed during this Bus 3 outage in Step

2 of KSC Project Specific Requirement J-B-48, INSTITUTIONAL SERVICES

CONTRACTOR (ISC) SUPPORT FOR WORK ASSOCIATED WITH DRAWING

79K39772, REVISION A (CLIN-0003, BID OPTION 1)

Complete Cable “16” installation from VFI-412 to MH-1 including (1) trifurcating

EPR/PILC manhole splice.

Re-label existing Feeder 214 cables in manholes; reference Drawing E-101.

Test cables and VFI and submit results to the Government.

Request ISC outage processing for Feeder 214 and Orsino Substation NGR use:

Outage duration to be 12 construction contractor continuous work days over 2 weeks.

Note: No loss of power but loss of utility redundancy to Space Station Processing

Facility (SSPF) Substation 117 (SS-117 single-ended to B-Side on Feeder 202/203).

Request ISC outage processing for Orsino Bus 3 outage during a weekend.

Request ISC shop support to:

a. On a weekend prior to Contractor work, switch to de-energize 13.2 kV Feeder 214.

b. Switch Orsino NGRs for 12 construction contractor continuous work days over 2 weeks including a weekend.

c. Switch to de-energize Orsino Substation Bus 3 on a Friday and restore to service on Sunday second shift. Contractor Feeder 214 riser cable installation and bus inspections to occur on a Saturday and Sunday.

d. Install protective relay settings in Orsino Substation VCB-214.

e. Review contractor’s VFI and cable test results.

f. Inspect new VFI-412 installation.

g. On a weekend after Contractor work is complete, switch to phase match check revised 13.2 kV circuits and re-energize Feeder 214. – Positions S5 and S6 to STC-

410 and STC-411 left open and locked/tagged out.

16. Contractor to cut-in new VFI-417 at MH-95A to existing Feeder 208 Cable “G”.

Reference previous Steps 8 and 10.

Reference drawings E-101, E-402, E-602, E-605, E-612, and E-615.

Provide labor to complete all work within one week, Monday through Friday.

Reference work in previous Step 3.

Tie Cables “27” to existing VFI-89 (Feeder 101) completed in Step 10.

Tie Cables “22” to new LBS-416 (Feeder 201) completed in Step 10.

Complete installation of Cables “23” and “24” including (2) splices to existing Cable

G at MH-95A.

Re-label existing Feeder 208 cables in manholes; reference Drawing E-101.

Test cables and VFI and submit results to the Government.

Request ISC outage processing for Feeder 208 and Orsino Substation NGR use:

Outage duration to include 5 construction contractor continuous work days (1 work week), Monday through Friday. Note: No loss of power but loss of utility redundancy.

Request ISC shop support to:

a. On a weekend, switch to transfer 13.2kV Feeder 208 loads to Feeder 201.

b. On a weekend prior to Contractor work, switch to de-energize 13.2 kV Feeder 208 from Orsino Substation VCB-208 to VFI-83/S1.

c. Switch Orsino NGRs for 5 construction contractor continuous work days (1 work week), Monday through Friday.

d. Review contractor’s VFI and cable test results.

e. Inspect new VFI-417 installation.

f. On a weekend after Contractor work is completed, switch to phase match check revised 13.2 kV medium voltage circuit and to energize Feeder 208. – Position S4 to new LBS-416 left open and locked/tagged out.

17. Contractor to cut-in new LBS-416 at MH-9A to existing Feeder 201 Cable “D”.

Reference previous Steps 9 and 10.

Reference drawings E-101, E-401, E-601, E-605, E-611, and E-615.

Provide labor to complete all work within one week, Monday through Friday.

Tie Cable “22” to VFI-417 completed in Step 10.

Complete installation of Cables “3” and “4” including splice to existing Cable “D” at

MH-9A 2.

Re-label existing Feeder 201 cables in manholes; reference Drawing E-101.

Test cables and VFI and submit results to the Government.

Request ISC outage processing for Feeder 201 and Orsino Substation NGR use:

Outage duration to be 5 construction contractor continuous work days (1 work week), Monday through Friday. Note: No loss of power but loss of utility redundancy.

Request ISC shop support to:

a. On a weekend prior to Contractor work, switch to de-energize 13.2 kV Feeder 201 from VCB-201 to LBS-39/S1.

b. Switch Orsino NGRs for 5 construction contractor continuous work days (1 work week), Monday through Friday.

c. Review contractor’s VFI and cable test results.

d. Inspect new LBS-416 installation.

e. On a weekend, phase match check revised 13.2 kV medium voltage circuits.

f. On a weekend after Contractor work is complete, switch to phase match check revised 13.2 kV medium voltage circuits and to energize Feeder 201.

18. Contractor to cut-in new LBS-414 to existing Feeder 215 Cables “E” and “F” at MH-

1A. Perform Bus 2 measurements and inspections.

Reference previous Steps 3 and 10.

Reference drawings E-101, E-408, E-506, E-602, E-605, E-612 and E-614.

Provide extended work week labor to complete all work within 12 continuous days starting on a Monday.

Cables “20” and “21” to STC-410/STC-411 completed in Step 3.

Complete Cables “14” and “15”; splice to existing cables E and F in MH-1A.

Remove Cables “E” and “F”; pulling equipment must pull from MH-1A location.

During a weekend (overtime) Bus 2 outage in the middle of the overall outage period, install Cables “5” and “6” from VCB-215 to MH-1A. Perform Bus 2 inspections and measurements.

Re-label existing Feeder 215A and 215B cables in manholes; reference Drawing E-

101.

Test cables and VFI and submit results to the Government.

Request ISC outage processing for Feeder 215 and Orsino Substation NGR use:

Outage duration to include 12 construction contractor continuous work days over 2 weeks. Note: No loss of power but loss of utility redundancy to Industrial Area

Chiller Plant (IACP) Substation 119 (SS-119 single-ended to A-Side on Feeder 213).

Request ISC outage processing for Orsino Bus 2 outage during a weekend.

Request ISC shop support to:

a. On a weekend prior to Contractor work, switch to de-energize 13.2 kV Feeder 215 between Orsino Substation VCB-215 and LBS-74/S1 and S2.

b. Switch Orsino NGRs for 12 construction contractor continuous work days over 2 weeks including 1 weekend.

c. Switch to de-energize Orsino Substation Bus 2 on a Friday and restore to service on Sunday second shift. Contractor Feeder 215 riser cable installation and bus inspections to occur on a Saturday and Sunday.

d. Review contractor’s VFI and cable test results.

e. Inspect new LBS-414 installation.

f. On a weekend after contractor work is complete, switch to phase match check revised 13.2 kV medium voltage circuits and to energize Feeder 215. – Positions

S1 and S6 to STC-410 and STC-411 left open and locked/tagged out. VFI-412 positions S1 and S2 to STC-410 and 411 left open and locked/tagged out.

19. Contractor to cut-in new LBS-413 to existing Feeder 213 Cables “A” and “B” at MH-

1A. Perform Bus 1 measurements and inspections.

Reference previous Steps 3 and 10.

Reference drawings E-101, E-408, E-506, E-601, E-605, E-611 and E-614.

Provide extended work week labor support to complete all work within 12 continuous days starting on a Monday.

Cables to STC-410 and STC-411 completed in Step 3.

Complete Cables “12” and “13”; splice to existing cables A and B in MH-1A.

Remove Cables “A” and “B”; pulling equipment must pull from MH-1A location.

During a weekend (overtime) Bus 1 outage in the middle of the overall outage period, install Cables “1” and “2” from VCB-213 to MH-1A. Perform Bus 1 inspections and measurements.

Re-label existing Feeder 213A and 213B cables in manholes; reference Drawing E-

101.

Test cables and VFI and submit results to the Government.

Request ISC outage processing for Feeder 213 and Orsino Substation NGR use:

Outage duration to be 12 construction contractor continuous work days over two weeks. Note: No loss of power but loss of utility redundancy to:

a. Industrial Area Chiller Plant (IACP) Substation 119 (SS-119 single-ended to A- Side on Feeder 213).

b. M7-1104 (MPPF) Substation 120 single-ended to A Side on Feeder 102.

Request ISC outage processing for Orsino Bus 1 outage during a weekend.

Request ISC shop support to:

a. On a weekend prior to Contractor work, switch to de-energize 13.2 kV Feeder 213 between Orsino Substation VCB-213 and LBS-86/S1 and S2.

b. Switch Orsino NGRs for 12 construction contractor continuous work days over two weeks.

c. Switch to de-energize Orsino Substation Bus 1 on a Friday and restore to service on Sunday second shift. Contractor Feeder 213 riser cable installation and bus inspections to occur on a Saturday and Sunday.

d. Review contractor’s VFI and cable test results.

e. Inspect new LBS-413 installation.

f. On a weekend after Contractor work is complete, switch to phase match check revised 13.2kV medium voltage circuits and to energize 13.2 kV Feeder 213 and new LBS-413.

20. Contractor to set-Up Orsino Substation Bus 1 for Refurbishment Outage.

Previous Steps 3 through 19 are to be complete.

Reference E-611, E-612, and E-614 through E-617.

Disassemble main and inspection bus in Bay 15 of Bus 2 during the Bus 2 outage.

Request ISC Orsino Substation Bus 2 outage followed by an extended Bus 1 outage –

Loss of utility redundancy:

a. Total outage to Orsino Bus 2 including normal supply to Feeders 215, 208, 209, and 212 for approximately 1 week.

b. Total outage to Orsino Bus 1 including normal supply to Feeders 202/203, 213, 206, 211, 207, and 201 for approximately 3 months.

Request ISC shop support to:

Bus 2 Outage:

a. Switch to de-energize Orsino Bus 2

b. Activate arc-flash settings on Orisno Transformer T1 for Bus 2 Bay 15 work.

c. Switch to restore Bus 2 to service after Contractor removes Main and Inspection bus sections in Bay 15.

Extended Bus 1 Outage for structure refurbishment: Switch to de-energize Orsino Bus 1.

21. Contractor to refurbish Bus 1 Bays 17 through 25 and replace Bus 1 differential lockout (Device 86) relay.

Reference drawings E-021, E-408, E-510, E-518 through E-522, E-601, E-611, E-614 through E-617, E-701, E-703, E-704, and E-707.

Reference TASK 1 Specification (79K39953) section 26 08 00 for Contractor’s testing requirements. Perform thermal scan on bus 1 after it is re-energized with load.

Request ISC dig permit and locate services for lighting and control conduits in the

Orsino Substation yard.

Request ISC shop support to:

a. Provide Contractor access to Orsino Bus 1 control panels to replace the Bus 1 differential lockout relay.

b. Walk down and punch-list Bus 1 work prior to testing.

c. Support and witness Contractor testing.

d. Review Bus 1 test results.

e. Switch to re-energize Bus 1 and restore load after work and testing is complete:

22. Contractor to set-Up Orsino Substation Bus 2 for Refurbishment Outage.

Reference drawings E-602 and E-603.

Disassemble main and inspection bus in Bay 8 of Bus 3.

Request ISC Orsino Substation Bus 3 outage followed by an extended Bus 2 outage –

Loss of utility redundancy:

a. Total outage to Orsino Bus 3 including normal supply to Feeders 214, 102, 101, 103, and 204/205 for approximately 1 week.

b. Total outage to Orsino Bus 2 including normal supply to Feeders 215, 208, 209, and 212 for approximately 3 months. Loss of normal supply to Bus 1 Feeder 201.

Request ISC shop support to:

Bus 3 Outage:

a. Switch to de-energize Orsino Bus 3.

b. Activate arc-flash settings on Orsino Transformer T2 for Bus 1, Bay 8 work.

c. Switch to restore Bus 3 to Service after Contractor removes Main and Inspection

Bus Sections in Bay 8.

Extended Bus 2 Outage for structure refurbishment: Switch to de-energize Orsino Bus 2.

23. Contractor to refurbish Bus 2 Bays 9 through 16 and replace Bus 2 differential lockout (Device 86) relay.

Reference drawings E-021, E-408, E-510, E-514 through E-518, E-602, E-612, E-701, E-703, E-705, and E-708.

Reference Specification (79K39953) section 26 08 00 for Contractor’s testing requirements. Perform thermal scan on bus 2 after it is re-energized with load.

Apply lockout/tag-outs during extended ISC switching operations.

Request ISC dig permit and locate services for lighting and control conduits in the

Orsino Substation yard.

Request ISC shop support to:

a. Provide Contractor access to Orsino Bus 2 control panels to replace the Bus 2 differential lockout relay.

b. Walk down and punch-list Bus 2 work prior to testing.

c. Support and witness testing.

d. Review Bus 2 test results.

e. Switch to re-energize Bus 2 and restore load after work and testing is complete:

24. Contractor to set-Up Orsino Substation Bus 3 for Refurbishment Outage.

Reference drawing E-604.

Request ISC Orsino Bus 3 outage processing – Loss of utility redundancy:

Total outage to Orsino Bus 3 including normal supply to Feeders 214, 102, 101, 103, and 204/205 for approximately 3 months.

Request ISC shop support for switching to deenergize Bus 3.

25. Contractor to refurbish Bus 3 Bays 2 through 8, replace Bus 3 differential lockout

(Device 86) relay; after this work is complete and prior to re-energizing Bus 3 to carry load, replace Bus 1, 2 and 3 differential relays (Device 87), and functionally test the Bus 3 differential relay.

Reference drawings E-021, E-408, E-510, E-511 through E-514, E-603, E-613, E-701 through E-709.

Reference Specification (79K39953) section 26 08 00 for Contractor’s testing requirements. Perform thermal scan on bus 3 after it is re-energized with load.

Request ISC dig permit and locate support for lighting and control conduits in the

Orsino Substation yard.

a. Provide Contractor access to Orsino Bus 3 control panels to replace the Bus 3 differential lockout relay.

b. Walk down and punch-list Bus 3 work prior to testing.

c. Support and witness testing.

d. Review Bus 3 test results.

e. Provide Contractor access to control panels to replace the Bus 1, 2, and 3 differential relays (Devices 87B1, 87B2, and 87B3).

f. Open test switches to disable existing differential relay instrument and trip circuits.

g. Restore the Bus 3 differential relay to operation and supporting functional testing of the Bus 3 differential relay.

h. Switching to re-Energize Bus 3 and restore load after work and testing is complete:

26. Contractor to functionally Test Bus 2 differential (Device 87) relay.

Reference drawings E-612 and E-708.

Reference Specification (79K39953) section 26 08 00 for Contractor’s testing requirements.

Request ISC outage processing for Orsino Bus 2 outage including normal supply to

Feeders 215, 208, 209, and 212 for approximately 1 Week.

Request ISC shop support to:

a. Support switching to remove 13.2 kV load from Bus 2:

b. Restore the Bus 2 differential relay to operation and supporting functional testing of the Bus 2 differential relay.

c. Support switching to restore load to Bus 2 after functional testing is complete:

27. Contractor to functionally Test Bus 1 differential (Device 87) relay.

Reference TASK 1 Drawings E-611 and E-707.

Reference TASK 1 Specification (79K39953) section 26 08 00 for Contractor’s testing requirements.

Request ISC outage processing for Orsino Bus 1 outage including normal supply to

Feeders 202/203, 213, 206, 211, 207, and 201 for approximately 1 Week.

Request ISC shop support to:

a. Provide Contractor access to the Bus 1 differential relay control panel (Devices

87B1).

b. Support Switching to remove 13.2 kV load from Bus 1:

c. Support Testing of Bus 1 differential relay:

d. Restore the Bus 1 differential relay to operation and supporting functional testing of the Bus 1 differential relay.

J-B-48 INSTITUTIONAL SERVICES CONTRACTOR (ISC) SUPPORT FOR

WORK ASSOCIATED WITH DRAWING 79K39772, REVISION A (CLIN-

0003 BID OPTION 1)

Outages and power system operational support, required to complete the work performed by the Construction Contractor will be provided by the Institutional Services Contractor (ISC). The Construction Contractor shall schedule, perform work, request outages, request utility locate services, and request ISC shop support services in accordance with the work sequence below and as indicated on Drawing 79K39772, Revision A for Option 1. ISC will also provide additional outages required due to field conditions or operational issues not identified below or on the drawings. The Construction Contractor shall submit all outage requests in writing. Outages must be submitted for neutral grounding resistor operations to reduce arc-flash energy within 13.2 kV manholes or in proximity to 13.2 kV medium voltage electrical equipment. Utilities identified by ISC must be located by the Construction Contractor using hand dig methods. Specific ISC shop support items to be provided in support of the Construction Contractor’s work tasks are identified below.

Note – Items are a brief summary of work to be completed; not all work elements and drawings involved with a particular task are indicated.

Option 1 Work – M7-355 (O&C Building) Substation 227 Installation:

1. General Information:

a. The Contractor’s representative shall be present during all ISC switching operations, including weekend or outside of normal work shift hours, that de-energize equipment or circuits for subsequent Contractor work. The representative shall lockout/tag-out the required electrical isolation points and take possession of the ISC work permit for the secured circuits.

b. The Contractor’s representative shall be present in the morning for all daily ISC neutral grounding resistor (NGR) switching. The representative shall lockout/tag-out the required electrical isolation points in the morning and remove locks and tags at the end of the work shift each day.

c. The Contractor shall adequately staff and work extended work week or weekends as required to complete work required during specified outage periods.

2. Contractor replacement of Feeder 101 and Feeder 102 Sections leaving the Orsino

Substation:

Reference drawings E-115, E-401, E-406, E-504, and E-601.

After work during the LBS-407 (Feeder 102) outage required by Step 13 of KSC

Project Specific Requirement J-B-47, “Institutional Services Contractor (ISC) Support for Work Associated with Drawing 79K39950 (CLIN 0001, Base Bid 1) is complete:

Remove existing Feeder 101 Cable “BG” between VCB-101 and VFI-89/S1.

Install new Feeder 101 cable “54” between MHP-1 and VFI-89/S1.

Remove existing Feeder 102 cable “BC” between Orsino Substation VCB-102 and

LBS-407/S1.

Install new Feeder 102 cable “51” between MHP-1 and LBS-407/S1.

During the Orsino Bus 3 Outage required by Step 15 of KSC Project Specific

Requirement J-B-47, “Institutional Services Contractor (ISC) Support for Work

Associated with Drawing 79K39950 (CLIN 0001, Base Bid 1):

Install new cable “54” between Orsino Substation VCB 101 and MHP-1).

Install new cable “51” between Orsino VCB 102 and MHP-1).

Test new cables.

Request ISC outage processing for Feeder 101.

a. Switch 13.2 kV Industrial Area Feeder 101 loads to Feeder 102 and Visitor’s

Center Feeder 101 loads to Feeder 103. De-energize Feeder 101 between Orsino

Substation VCB-101 and VFI-89/S1.

b. Switch Orsino NGRs for 5 construction contractor continuous work days, Monday through Friday, in two separate work weeks.

c. Review Contractor’s test results and inspect installation prior energizing.

d. Energize and phase match check new Feeder 101 13.2 kV voltage cable section.

e. Energize and phase match check new Feeder 102 13.2 kV voltage cable sections

f. Switch to restore normal loads to 13.2 kV Feeder 101.

g. Switch to restore normal loads to 13.2 kV Feeder 102.

3. Contractor installation of temporary construction power:

Reference drawing sheets E-411, E-411A, and E-623

Reference drawing sheet E-410, Construction Sequence Notes 4, 5 and 6.

Install new Switchboard A1 and temporary supply conduit/cables “T4” to the furthest extent possible without taking an outage.

Install temporary conduit/ cables “T6” from Switchboard A1 to new mechanical room

LV Pull Box (connecting to IOZ power receptacle circuit in MHP-74). Note: Cables completed from mechanical room LV Pull Box to MHP-74 in Step 9.

Install new Switchboard A1 feeder circuits to existing Substation EE (replacing existing conduit/cables “V”, “W”, and “Y”) to the furthest extent possible without taking an outage.

Refurbish and test existing Substation EE generator breaker for temporary construction power use.

Submit power system/arc flash analysis, trip unit settings and test results.

During a weekend (2 day) MCC E-1-P outage, install temporary conduit/cables “T5” from Switchboard A1 breaker to MCC E-1-P for future connection to the MCC main breaker.

Request ISC outage processing support for M7-355 Substation E-1-P.

a. Rack-out and remove 480V Substation EE generator breaker.

b. Review Contractor’s test results, power system/arc flash analysis, and breaker settings.

c. Transfer HVAC loads and HVAC control system off of MCC E-1-P and safe systems for outage.

d. At the start of the weekend MCC E-1-P outage, open and rack-out 480V

Substation D breaker to MCC E-1-P.

e. At the end of the weekend MCC E-1-P outage, inspect and re-energize 480V MCC

E-1-P from Substation D after Contractor’s work is complete.

f. Restore HVAC and HVAC control system loads to MCC E-1-P.

4. Contractor installation of temporary construction power - Substation EE Outage to re-feed new Switchboard A1.

Outage work to be performed and completed on a weekend (2 days). Switchboard A1 work from previous Step 3 is to be complete to the furthest extent possible prior to the outage.

Provide temporary construction power and lighting during the outage.

Reference drawings E-411, E-411A, and E-623.

Reference drawing sheet E-410, Construction Sequence Note 7.

Connect temporary power cables “T4” from new Switchboard A1 to existing

Substation EE.

Remove existing conduit/cables “AG” to control system transformer TX-U2.

Submit test results.

Request ISC outage processing support for M7-355 Substation EE.

Request ISC shop support to:

a. Transfer M7-355 HVAC loads and HVAC control system off of Substation EE /

MCC-EE and safe systems for the outage.

b. Connect and disconnect a 100 KW generator back-up for MPZ1 (boiler control power) and other MCC-EE loads as required.

c. On the outage weekend, operate the 100 KW generator for 2 weekend days.

d. On the outage weekend, de-energize Substation EE.

e. On the outage weekend, Install re-furbished generator breaker (to feed new

Switchboard A1) in Substation EE and rack-in.

f. On the outage weekend, inspect installation prior to energizing.

g. On the outage weekend, Re-energize Substation EE; leave breaker to new

Switchboard A1 open.

h. Transfer M7-355 HVAC loads back to Substation EE / MCC-EE.

5. Contractor installation of temporary construction power – MCC E-1-P Outage:

Outage work to be performed and completed on a weekend (2 days).

Reference drawings E-411, E-411A, and E-623.

Reference drawing E-410, Construction Sequence Note 8.

Connect temporary cables “T5” to MCC E-1-P to transfer it from Substation D to new

Switchboard A1. At MCC E-1-P, disconnect/insulate/secure feeder cables “AD” for future reuse (from Substation D via MHP-73). .

Complete new conduit/cables “24” from MCC E-1-P to control power system transformer TX-U2.

Test new cables and submit test results.

Request ISC outage processing support for M7-355 Substation E-1-P.

Request ISC shop support to:

a. Transfer HVAC loads and HVAC control system off of MCC E-1-P and safe systems for outage.

b. On the outage weekend,…